Question Answers

Sahay Sir > Question Answers > Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) > Calculate the ground state Q value of the induced fission reaction in the equation n+.23592U→.23692U∗→.9940Zr+.13452Te+2n If the neutron is thermal. A thermal neutorn is in thermal equilibrium with its envitronmnet, it has an average kinetic energy given by (3/2)kT. Given : m(n)=1.0087amu, M(.235U)=235.0439)amu, M(.99Zr)=98.916amu, M(.134Te)=133.9115amu.

Calculate the ground state Q value of the induced fission reaction in the equation n+.23592U→.23692U∗→.9940Zr+.13452Te+2n If the neutron is thermal. A thermal neutorn is in thermal equilibrium with its envitronmnet, it has an average kinetic energy given by (3/2)kT. Given : m(n)=1.0087amu, M(.235U)=235.0439)amu, M(.99Zr)=98.916amu, M(.134Te)=133.9115amu.

There is a stream of neutrons with a kinetic energy of 0.0327 eV. If the half-life of neutron is 700 s what fraction of neutrons will decay before they travel a distance of 10 km.