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If M(A,Z), M(p)and M(n) denote the masse...

If `M(A,Z)`, `M_(p)and M_(n)` denote the masses of the nucleus `._(Z)X^(A)`, proton and neutron respectively in units of U (where`1U=931MeV//c^(2)`) and B.E. represents its B.E. in MeV, then

A

M(A,Z)=`ZM_(p)+(A-Z)M_(n)-BE//c^(2)`

B

M(A,Z)=`ZM_(p)+(A-Z)M_(n)+BE`

C

M(A,Z)`=ZM_(p)+(A-Z)M_(n)-BE`

D

`M(A,Z)=ZM_(p)+(A-Z)M_(n)+BE//c^(2)`

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