A nucelus has binding energy of `100 MeV`. It further releases `10 MeV` energy. Find the new binding energy of the nucleus.

Energy is released in nuclear fission. Total binding energy of the fission fragments is large than the total binding energy of the parent nucleus.

Energy is released in nuclear fission. Total binding energy of the fission fragments is large than the total binding energy of the parent nucleus.

Nucleus ._(3)A^(7) has binding energy per nucleon of 10 MeV . It absorbs a proton and its mass increases by (90)/(100) times the mass of proton. Find the new binding energy of the nucleus so formed. [Take energy equivalent of proton = 930 MeV ]

The mass defect in a nucleus is 3.5 "amu" . Then the binding energy of the nucelus is

What do you understand by the fact that the binding energy of helium nucleus is 28.17MeV?

Find the binding energy of the nucleus of lighium isotope ._(3)Li^(7) and hence find the binding energy per nucleon in it.

Find the binding energy of the nucleus of lighium isotope ._(3)Li^(7) and hence find the binding energy per nucleon in it.