the energy released per fission is 210 MeV while in B it is 186 MeV. Then

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U−235 can decay by many ways , let us here consider only two ways, A and B. In decay of U−235 by means of A, the energy released per fission is 210 MeV while in B it is 186 MeV. Then , the uranium 235 sample is more likely to decay by .
05
Jun
U−235 can decay by many ways , let us here consider only two ways, A and B. In decay of U−235 by means of A, the energy released per fission is 210 MeV while in B it is 186 MeV. Then , the uranium 235 sample is more likely to decay by . A and [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 30 - Nuclear Physics ,
Tags: A and B. In decay of U−235 by means of A , let us here consider only two ways , the energy released per fission is 210 MeV while in B it is 186 MeV. Then , the uranium 235 sample is more likely to decay by . , U−235 can decay by many ways ,