The Nucleus of Atom Quiz #2
  • 1. Are most atomic nuclei stable or unstable
A) Their split evenly between stable and unstable
B) Stable
C) Unstable
D) It is not known at this time
  • 2. If an atom is radioactive it will:
A) Become a higher atomic massed atom.
B) Two of the answers are correct
C) Break into a lower atomic numbered atom
D) At some point give off radiation.
  • 3. The "strong force" in the nucleus of the atom:
A) Prevents the protons from repelling the neutrons out of the nucleus.
B) Hold the neutrons together in the nucleus of an atom.
C) Prevents the electrons from flying off into space around the nucleus.
D) Prevents the positive charges of the protons from tearing the nucleus apart.
  • 4. In the decay of radioactive isotopes, half-life is the measure of:
A) How much of the material will decay in half a century.
B) How much of half of the material will decay in half the time.
C) How long half of the material takes to decay.
D) Half of the time it takes all the material to decay.
  • 5. What type of radiation emits an electron and a neutrino during decay?
A) Gamma
B) Beta
C) Alpha
D) Delta
  • 6. What type of radioactive decay emits a photon during decay?
A) Beta
B) Gamma
C) Delta
D) Alpha
  • 7. What type of radioactive decay emits 2 protons and 2 neutrons during decay?
A) Gamma
B) Beta
C) Alpha
D) Delta
  • 8. What type of decay(s) helps to take unstable isotopes and change them into stable isotopes
A) Alpha, Beta and Gamma
B) Alpha and Gamma
C) Alpha
D) Alpha and Beta
  • 9. Which statement is false about radiation?
A) Many of the pioneers of nuclear physics died of prolonged exposure to radiation.
B) All three types of radiation emit high energy particles which damage the molecules of the cells.
C) Radiation has no known benefit to humans.
D) Radiation can cause ionization of the cell's molecules.
  • 10. The "weak force":
A) Prevents the electrons from flying off into space around the nucleus.
B) Prevents the protons from repelling the neutrons out of the nucleus.
C) Prevents the positive charges of the protons from tearing the nucleus apart.
D) Hold the neutrons together in the nucleus of an atom.
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