The atomic mass of `._(7)N^(15)` is `15.000108 "amu"` and that of `._(8)O^(16)` is `15.994915 "amu"`. The minimum energy required to remove the least tightly bound proton is ( mass of proton is `1.007825 "amu"`)

The atomic mass of an alpha particles 4.002603 amu and that of oxygen is 15.994915 amu. Find the energy required to split up the oxygen - 16 nucleus into 4 alpha particles .

The atomic mass of B^(10) is 10.811 amu . Find the binding energy of B^(10) nucleus . The mass of electron is 0.0005498 amu. The mass of proton is m_(p) = 1.007276 amu . The mass of neutron is m_(n) = 1.008665 amu.

Natural nitrogen atoms has found to exist in two isotopic forms, ._(7)N^(14) with mass 14.0031 and ._(7)N^(15) with mas 15.0001 amu. Which isotope is more stable? Assume mass of n and p to eb 1.00893 and 1.00757 amu.

Find the binding energy of Na^(23) . Atomic mass of Na^(23) is 22.9898 amu and that of ,,,,,, is 1.00783 amu. The mass of neutron = 1.00867 amu.

The atomic mass of ._(8)O^(16) = 15.9949 amu. Calculate the BE//"nucleon" for this atom. Mass 1n and 1p is 2.016490 amu and m_(e) = 0.00055 amu.

The atomic mass of ._(8)O^(16) = 15.9949 amu. Calculate the BE//"nucleon" for this atom. Mass 1n and 1p is 2.016490 amu and m_(e) = 0.00055 amu.