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A nucleus {._{{{Z}}}^{{{A}}}}{X} has mass represented by {m}{(

Question

A nucleus $._{Z}^{A} X$ has mass represented by $m (A, Z)$ . If $m_{p}$ and $m_{n}$ denote the mass of proton and neutron respectively and $B E$ the blinding energy (in MeV), then

B E = [m (A, Z) - Z m_{p} - (A - Z) m_{n}] C^{2}

B E = [Z m_{p} + (A - Z) m_{n} - m (A, Z)] C^{2}

B E = [Z m_{p} + A m_{n} - m (A, Z)] C^{2}

B E = m (A, Z) - Z m_{p} - (A - Z) m_{n}

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Michael Discussed

A nucleus

._{Z}^{A} X

has mass represented by

m (A, Z)

. If

m_{p}

and

m_{n}

denote the mass of proton and neutron respectively and

B E

the blinding energy (in MeV), then

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Question Text

A nucleus

._{Z}^{A} X

has mass represented by

m (A, Z)

. If

m_{p}

and

m_{n}

denote the mass of proton and neutron respectively and

B E

the blinding energy (in MeV), then

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