This binding energy per nucleon for the parent nucleus is `E_(1)` and that for the daughter nuclei is `E_(2)`. Then

This binding energy per nucleon for the parent nucleus is E_(1) and that for the daughter nucleii is E_(2) . Then

A nucleus of mass M + Deltam is at rest and decays into two daughter nuclei of equal mass M/2 each. Speed of light is C. The binding energy per nucleon for the parent nucleus is E_1 and that for the daughter nuclei is E_2 . Then

A nuclear of mass M +deltam is at rest and decay into two daughter nuclei of equal mass (M)/(2) each speed is c The binding energy per nucleon for the nucleus is E_(1) and that for the daugther nuclei is E_(2) Then

A nuclear of mass M +deltam is at rest and decay into two daughter nuclei of equal mass (M)/(2) each speed is c The binding energy per nucleon for the nucleus is E_(1) and that for the daugther nuclei is E_(2) Then

A nuclear of mass M +deltam is at rest and decay into two daughter nuclei of equal mass (M)/(2) each speed is c The binding energy per nucleon for the nucleus is E_(1) and that for the daugther nuclei is E_(2) Then

The binding energy per nucleon is largest for