3. Averagely speaking, the fission (T) of a 5U () nucleus hit by a neutron releases...

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3. Averagely speaking, the fission (T) of a 5U () nucleus hit by a neutron releases 8.13 photons, which carries energy of 7.25MeV in all. The mass defect associated with the photons The average wave length of each photon is If the energy of a is photon is completely absorbed by a rest electron as its kinetic energy, the ratio of its speed v to the light speed in vacuum c is v/c=_ (1MeV 1.6010-J, the light speed in vacuum is c=3.00108m/s, the rest mass of electron is me-9.1110-kg) 3. Averagely speaking, the fission (T) of a 5U () nucleus hit by a neutron releases 8.13 photons, which carries energy of 7.25MeV in all. The mass defect associated with the photons The average wave length of each photon is If the energy of a is photon is completely absorbed by a rest electron as its kinetic energy, the ratio of its speed v to the light speed in vacuum c is v/c=_ (1MeV 1.6010-J, the light speed in vacuum is c=3.00108m/s, the rest mass of electron is me-9.1110-kg)

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Sure lets go through the question step by step Firstly were told that the fission of a 235U nucleus releases 813 photons that carry a total energy of 725 MeV 1 To find the mass defect associated with ... View the full answer