None The isotope 254Cf decays almost exclusively by spontaneous fission, with ahalf-life of 60.5 days. The energy released is about 225 MeV per fission.Please provide your answers in SI units.(a) Calculate the total fission power produced by 1.0 ug of 254C..(b) Assuming Cf to behave like an ordinary metal (e.g. Ag), what would be therise in temperature (in K) of the Cf sample per minute from the fissionheating? (Hint: Use molar mass)

Number of atom in 1 mol = 6.023×1023 Mass = 1 ug = 10-9 kg Time t = 60 sec

Answered: The isotope 254Cf decays almost…

The isotope 254Cf decays almost exclusively by spontaneous fission, with a half-life of 60.5 days. The energy released is about 225 MeV per fission. Please provide your answers in SI units.

Physics for Scientists and Engineers with Modern Physics

10th Edition

ISBN:9781337553292

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter43: Nuclear Physics

Section: Chapter Questions

Problem 59AP

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Question

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The isotope 254Cf decays almost exclusively by spontaneous fission, with a
half-life of 60.5 days. The energy released is about 225 MeV per fission.
Please provide your answers in SI units.
(a) Calculate the total fission power produced by 1.0 ug of 254C..
(b) Assuming Cf to behave like an ordinary metal (e.g. Ag), what would be the
rise in temperature (in K) of the Cf sample per minute from the fission
heating? (Hint: Use molar mass)

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