The mass defect for the nucleus of Helium is $0.0303amu$. The binding energy per nucleon in $MeV$ is

Q. The mass defect for the nucleus of helium is $0.0302\text{amu}$. The binding energy per nucleon for helium in $\text{MeV}$ is approximately.
$(1\text{amu}=930\frac{\text{MeV}}{c^2})$

Q. The mass defect for helium nucleus is $0.0304$ $a.m.u$. The binding energy per nucleon of helium nucleus is ________

Q. Binding energy per nucleon for helium nucleus ${(}_2^{4}He)$ is 7.0 MeV. Find vallue of mass defect for helium nucleus.

Q. The mass defect of ${}_2^{4}He$ is $0.03u$. The binding energy per nucleon of helium (in $MeV$) is

Q. The binding energy of Helium nucleus is $28$ Mev. What is it's average binding energy per nucleon ?