3)36Ci decays into 36S(35.967081 u)and 36Ar. If the energy release is 1. 142 Mev to 36S and 0.709 Mev to 36 Ar calculate the masses of 36CI and 36Ar. Describe the modes of decay 5)The radionuclide 41Ar decays by B emission to an excited level of 41K that is 1.293 Mev above the ground state. What is the maximum kinetic energy of the emitted B particle?3）36CI decays into 36S (35.967081 u) and 36Ar. If the energy release is 1.142 MeV to 36S and 0.709 MeV to 36Ar, calculate the masses of 36CI and 36Ar. Describe the modes of decay. 5) The radionuclide 41Ar decays by β - emission to an excited level of 41K that is 1.293 MeV above the ground state. What is the maximum kinetic energy of the emitted β - particle?