The atomic mass of \(^{6}C^{12}\) is 12.000000 u and that of \({}^{6}C^{13}\) is 13.003354 u. The required energy to remove a neutron from \({}^{6}C^{13}\), if the mass of the neutron is 1.008665 u, will be:
Show Hint
Mass defect is the difference between the expected and actual nuclear mass, and it accounts for the nuclear binding energy.