Saturday 6th September
TODAY WE ARE
LEARNING ABOUT
What is the difference between metals and ceramics?
TODAY'S
KEY WORDS ARE
  • K_ln
  • H_rdn_ss
  • C_mpr_ss__n
  • Br_ttl_
  • T_ns_l_  Str_ngth
  • S_n_r__s
  • M_ll__bl_
  • D_ct_l_
  • L_str__s
  • C_nd_ct_r
  • Memory Anchor:

    YOU WILL SHOW
    YOUR LEARNING BY...
    • Super Challenge:

      Stretch:

      Challenge:


    Key Questions:

    1. How are ceramic objects made?
      • Ceramic materials are solids made by baking a starting material in a very hot oven or kiln.
    2. Give two examples of a ceramic material.
      • Ceramic materials include: Pottery; Bricks; Glass; Cement; Diamond
    3. Ceramic materials are hard,what does this mean?
      • Ceramic materials are hard, because they are not easy to scratch /
    4. How are ceramics used to be at their strongest?
      • Ceramic materials are strong under compression (being squashed).
    5. Ceramics are brittle. What does this mean?
      • Ceramics are brittle, because they can not absorb Energy quickly or bend without breaking
    6. How are metals used to be at their strongest?
      • Metals are in tension (being stretched).
    7. Metals are Sonorous. What does this mean?
      • Metals are Sonorous because they make a ringing sound when struck.
    8. Metals are malleable. What does this mean?
      • Metals are malleable because they can be hammered into shape.
    9. Metals are ductile. What does this mean?
      • Metals are ductile because they can be drawn (stretched) into a tread.
    10. Metals are lustrous. What does this mean?
      • Metals are lustrous because they are shiny.
    11. Metals are good conductor. What does this mean?
      • Metals are good conductor because they allow the flow of heat and/or electricity through it.
    12. What are the general properties of ceramics?
      • Ceramics have High melting points (so they're heat resistant). Great hardness and strength, Considerable durability (they're long-lasting and hard-wearing) and Low electrical and thermal conductivity (they're good insulators).