Calculate the Binding energy and and binding energy per nuclcon of an oxygen nucleus `(O_(8)^(16))` using the following data (MeV):
Mass of proton = 1.007825 u
Mass of neutron = 1.00865 u
Mass of oxygen nucleus = 15.995 u.

Calculate the binding energy and binding energy per nucleon (in MeV) of a nitrogen nucleus (""_(7)^(14)N) from the following data: Mass of proton=1.0078 u Mass of neutron=1.00867 u Mass of nitrogen nucleus=14.00307 u

Calculate the binding Energy of an alpha (alpha) particle in Mev from the following data. Mass of Hlium Nucleus = 4.00260u Mass of neutron= 1.008662u Mass of proton = 1.007825u

Calculate the specific binding energy of the nucleus of ._(7)^(14)N . Given the rest mass of nucleus of ._(7)^(14)N=14.00307 u, the rest mass of proton =1.00783 u and the rest mass of neutron=1.00867 u.

A copper coin has a mass of 63.0g. Calculate the nuclear energy that would be required to separate all the neutrons and protons form each other. The coin is entirely made of ""_(29)^(63)Cu atoms. Mass of ""_(29)^(63)Cu atom = 62.92960u mass of proton = 1.00727u Mass of neutron = 1.00866u Avogadro's number = 6.022 xx 10^(23)

A thermal neutron strikes U_(92)^(235) nucleus to produce fission. The nuclear reaction is as given below : n_(0)^(1) + U_(92)^(235) to Ba_(56)^(141) + Kr_(36)^(92) +3n_(0)^(1) + E Calculate the energy released in MeV. Hence calculate the total energy released in the fission of 1 Kg of U_(92)^(235) . Given mass of U_(92)^(235) = 235.043933 amu Mass of neutron n_(0)^(1) =1.008665 amu Mass of Ba_(56)^(141)=140.917700 amu Mass of Kr_(36)^(92)=91.895400 amu