When uranium undergoes fission as a result of neutron bombardment, the energy released is due to:
A) oxidation of the uranium
B) kinetic energy of the bombarding neutrons
C) radioactivity of the uranium nucleus
D) radioactivity of the fission products
E) a reduction in binding energy
Correct Answer:
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Q10: Separation of the isotopes of uranium requires
Q11: Which one of the following is NOT
Q12: In a nuclear power plant, the power
Q13: The energy supplied by a thermal neutron
Q14: When Q16: An explosion does not result from a Q17: The binding energy per nucleon: Q18: The approximate amount of energy emitted in Q19: 235U is readily made fissionable by a Q20: Consider the following energies: ![]()
A)increases for all![]()
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