Question A10 Calculate the energy released in the fission reaction 235U + n → 93Rb + 141Cs + 2n. Use m(235U) = 235.043929 u m(³Rb) = 92.922039 u, m(14'Cs) = 140.920045 u, and the neutron mass m, = 1.008664 u. %3D %3D
Question A10 Calculate the energy released in the fission reaction 235U + n → 93Rb + 141Cs + 2n. Use m(235U) = 235.043929 u m(³Rb) = 92.922039 u, m(14'Cs) = 140.920045 u, and the neutron mass m, = 1.008664 u. %3D %3D
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![Question A10
Calculate the energy released in the fission reaction 235U + n → 93Rb + 141CS + 2n. Use
m(235U) = 235.043929 u m(³Rb) = 92.922039 u, m(14'Cs) = 140.920045 u, and the
neutron mass m, = 1.008664 u.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F051b7797-9e3a-40a6-bc33-44ed98652c8b%2F1d329bea-8e02-4771-add0-dc3c7345bc3a%2F0bmqu9b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question A10
Calculate the energy released in the fission reaction 235U + n → 93Rb + 141CS + 2n. Use
m(235U) = 235.043929 u m(³Rb) = 92.922039 u, m(14'Cs) = 140.920045 u, and the
neutron mass m, = 1.008664 u.
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