The basic structure of an atom is a small central composed of and surrounded by . Atoms of different elements have different numbers of . The total number of protons and neutrons (nucleons) in an atom is called its mass (nucleon) number. The atoms of an element always have the same number of , but have a different number of for each isotope. Some isotopes give out from the of their atoms all the time, whatever is done to them. These substances are said to be . There are three types of radiation emitted by radioactive sources: alpha (α) beta (β) gamma (γ) Alpha radiation consists of nuclei, particles made up of two protons and two neutrons. Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
Atoms of different elements have different numbers of . The total number of protons and neutrons (nucleons) in an atom is called its mass (nucleon) number. The atoms of an element always have the same number of , but have a different number of for each isotope. Some isotopes give out from the of their atoms all the time, whatever is done to them. These substances are said to be . There are three types of radiation emitted by radioactive sources: alpha (α) beta (β) gamma (γ) Alpha radiation consists of nuclei, particles made up of two protons and two neutrons. Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
The atoms of an element always have the same number of , but have a different number of for each isotope. Some isotopes give out from the of their atoms all the time, whatever is done to them. These substances are said to be . There are three types of radiation emitted by radioactive sources: alpha (α) beta (β) gamma (γ) Alpha radiation consists of nuclei, particles made up of two protons and two neutrons. Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
Some isotopes give out from the of their atoms all the time, whatever is done to them. These substances are said to be . There are three types of radiation emitted by radioactive sources: alpha (α) beta (β) gamma (γ) Alpha radiation consists of nuclei, particles made up of two protons and two neutrons. Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
There are three types of radiation emitted by radioactive sources:
Alpha radiation consists of nuclei, particles made up of two protons and two neutrons. Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
Beta radiation consists of high-energy (fast moving) emitted from the nuclei of atoms. For each electron emitted, a in the nucleus becomes a . Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
Gamma radiation is very wavelength electromagnetic radiation. They are similar to x-rays, but come from energy released from an unstable nucleus, while x-rays get their energy from fast moving electrons.
