Show that the nuclide `.^8Be` has a positive binding energy but is unstable with respect to decay into two alpa particles, where masses of neutron, `.^1H`, and `.^8 Be` are `1.008665` u, `1.007825 u`, and `8.005305 u`, respectively.

Calculate the binding energy of "_3 ^ 7 Li , the masses of hydrogen and lithium atoms being 1.007825u and 7.016u respectively

Calculate the binding energy per nucleon of Li isotope, which has the isotopic mass of 7.016 am u . The individual masses of neutron and proton are 1.008665 am u and 1.007277 am u , respectively and the mass of electron = 0.000548 am u .

Calculate the binding energy per nucleion of Li isotiope, which has the isotopic mass of 7.016 am u . The indivisulal masses of netutron and proton are 1.008665 am u and 1.007277 am u , respectively and the mass of electron = 0.000548 am u .

Calculate the binding energy of an alpha -particles. Given that mass of proton =1.0073u , mass of neutron =1.0087 u . And mass of alpha -particle =4.0015 u .

The binding energy of ._(10)Ne^(20) is 160.6 MeV. Find its atomic mass. Take mass of proton =1.007825 u and mass of neutron =1.008665 u.

What energy is needed to split an alpha particle to piece? Given mass of alpha particle is 4.0039a.m.u, mass of proton=1.007825u and mass of neutron =1.008665u use 1a.m.u.=931MeV