1.00 kg of 235 U undergoes fission process. If energy released per event is 200 MeV
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There are two radio nuclei A and B. A is an alpha emitter and B a beta emitter. Their disintegration constants are in the ratio of 1:2. What should be the ratio of number of atoms of A and B at any time t
17
Oct
There are two radio nuclei A and B. A is an alpha emitter and B a beta emitter. Their disintegration constants are in the ratio of 1:2. What should be the ratio of number of atoms of A and B at any time t 1.00 kg of 235 U undergoes fission process. If energy released [...]
Consider one of fission reaction of 235U by thermal neutrons 235U92 + n gives 94Sr38 + 140Xe54 + 2n. The fission fragments are however unstable and they undergo successive beta decay until 94Sr38 becomes 94Zr40
17
Oct
Consider one of fission reaction of 235U by thermal neutrons 235U92 + n gives 94Sr38 + 140Xe54 + 2n. The fission fragments are however unstable and they undergo successive beta decay until 94Sr38 becomes 94Zr40 1.00 kg of 235 U undergoes fission process. If energy released per event is 200 MeV then the total energy [...]
1.00 kg of 235 U undergoes fission process. If energy released per event is 200 MeV , then the total energy released is
17
Oct
1.00 kg of 235 U undergoes fission process. If energy released per event is 200 MeV , then the total energy released is 1.00 kg of 235 U undergoes fission process. If energy released per event is 200 MeV then the total energy released is October 17, 2020 Category: Uncategorised (JEE Advanced Physics by BM [...]