M p denotes the mass of a proton and M n that of a neutron. A given nucleus, of binding energy (B), contains Z protons and N neutrons. The mass M(N,Z) of the nucleus is given by: (Here, c is the velocity of light)

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Question: 100% NCERT covered from Particular Keyword.Explanations are 100% from NCERT | [Difficult level: Easy] From NCERT NEET Derived Question.

$M_{p}$ denotes the mass of a proton and $M_{n}$ that of a neutron. A given nucleus, of binding energy $(B)$ , contains $Z$ protons and $N$ neutrons. The mass $M (N, Z)$ of the nucleus is given by:
(Here, c is the velocity of light)

$M (N, Z) = N M_{n} + Z M_{p} - B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} + B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} - \frac{B}{c ^{2}}$

$M (N, Z) = N M_{n} + Z M_{p} + \frac{B}{c ^{2}}$

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M p denotes the mass of a proton and M n that of a neutron. A given nucleus, of binding energy (B), contains Z protons and N neutrons. The mass M(N,Z) of the nucleus is given by: (Here, c is the velocity of light)

Question: 100% NCERT covered from Particular Keyword.Explanations are 100% from NCERT | [Difficult level: Easy] From NCERT NEET Derived Question.

$M_{p}$ denotes the mass of a proton and $M_{n}$ that of a neutron. A given nucleus, of binding energy $(B)$ , contains $Z$ protons and $N$ neutrons. The mass $M (N, Z)$ of the nucleus is given by:
(Here, c is the velocity of light)

$M (N, Z) = N M_{n} + Z M_{p} - B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} + B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} - \frac{B}{c ^{2}}$

$M (N, Z) = N M_{n} + Z M_{p} + \frac{B}{c ^{2}}$

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M p ​ denotes the mass of a proton and M n ​ that of a neutron. A given nucleus, of binding energy (B), contains Z protons and N neutrons. The mass M(N,Z) of the nucleus is given by: (Here, c is the velocity of light)

Question: 100% NCERT covered from Particular Keyword.Explanations are 100% from NCERT | [Difficult level: Easy] From NCERT NEET Derived Question.

Mp​ denotes the mass of a proton and Mn​ that of a neutron. A given nucleus, of binding energy (B), contains Z protons and N neutrons. The mass M(N,Z) of the nucleus is given by: (Here, c is the velocity of light)

M(N,Z)=NMn​+ZMp​−Bc2

M(N,Z)=NMn​+ZMp​+Bc2

M(N,Z)=NMn​+ZMp​−c2B​

M(N,Z)=NMn​+ZMp​+c2B​

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M p denotes the mass of a proton and M n that of a neutron. A given nucleus, of binding energy (B), contains Z protons and N neutrons. The mass M(N,Z) of the nucleus is given by: (Here, c is the velocity of light)

$M_{p}$ denotes the mass of a proton and $M_{n}$ that of a neutron. A given nucleus, of binding energy $(B)$ , contains $Z$ protons and $N$ neutrons. The mass $M (N, Z)$ of the nucleus is given by:
(Here, c is the velocity of light)

$M (N, Z) = N M_{n} + Z M_{p} - B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} + B c^{2}$

$M (N, Z) = N M_{n} + Z M_{p} - \frac{B}{c ^{2}}$

$M (N, Z) = N M_{n} + Z M_{p} + \frac{B}{c ^{2}}$