$M_{n}$ and $M_{p}$ represent mass of neutron and proton respectively. If an element having nuclear mass M has N-neutron and Z-proton, then the correct relation will be

M < [N M_{n} + Z M_{p}]

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M > [N M_{n} + Z M_{p}]

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M = [N M_{n} + Z M_{p}]

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M = N [M_{n} + M_{p}]

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Solution

The correct option is A $M < [N M_{n} + Z M_{p}]$
Actual mass of the nucleus is always less than total mass of nucleons so $M < [N M_{n} + Z M_{p}]$

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$M_{n}$ and $M_{p}$ represent mass of neutron and proton respectively. If an element having nuclear mass M has N - neutrons and Z - protons, then the correct relation will be

$M_{n}$ and $M_{p}$ represent mass of neutron and proton respectively. If an element having nuclear mass M has N-neutron and Z-proton, then the correct relation will be

M_{n}

and

M_{p}

represet the mass of neutron and proton respectively. An element having mass M has N neutron and Z-protons, then the correct relation will be:

m_{p}

and

m_{n}

are masses of proton and neutron respectively. An element of mass

M

has

Z

protons and

N

neutrons then:

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Mn and Mp represent mass of neutron and proton respectively. If an element having nuclear mass M has N-neutron and Z-proton, then the correct relation will be

The correct option is A M<[NMn+ZMp]Actual mass of the nucleus is always less than total mass of nucleons so M<[NMn+ZMp]

$M_{n}$ and $M_{p}$ represent mass of neutron and proton respectively. If an element having nuclear mass M has N-neutron and Z-proton, then the correct relation will be

The correct option is A $M < [N M_{n} + Z M_{p}]$
Actual mass of the nucleus is always less than total mass of nucleons so $M < [N M_{n} + Z M_{p}]$