Asked by twin
The high energy yields created by nuclear fission are due to
A.
binding nuclei.
B.
chain reactions.
C.
hydrogen bonding.
D.
secondary recovery.
A.
binding nuclei.
B.
chain reactions.
C.
hydrogen bonding.
D.
secondary recovery.
Answers
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Answered by
GPT-5 mini
A. binding nuclei
When a heavy nucleus splits, the resulting smaller nuclei have a higher binding energy per nucleon. The increase in binding energy (mass defect) is released as kinetic energy and radiation (E = mc^2). Chain reactions multiply the number of such fissions but the energy per fission comes from the change in nuclear binding energy.
When a heavy nucleus splits, the resulting smaller nuclei have a higher binding energy per nucleon. The increase in binding energy (mass defect) is released as kinetic energy and radiation (E = mc^2). Chain reactions multiply the number of such fissions but the energy per fission comes from the change in nuclear binding energy.
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