The binding energy of a nucleus is a measure of its

Charge

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Momentum

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Mass

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Stability

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Solution

The correct option is D
Stability

Binding energy of a nucleus may be defined as the amount of energy needed to separate a nucleus into its individual nucleons and hence is a measure of stability of the nucleus.

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Similar questions

Q. For greater stability, a nucleus should have greater value of binding energy per nucleon. Why?

Q. Assertion (A): Binding energy per nucleon is the measure of the stability of the nucleus.

Reason (R): Binding energy per nucleon is more for heavier nuclides.

Q. Which form of energy is a measure of the electron stability when it is in bound state with nucleus?

Q. Binding energy of a nucleus is the difference between the sum of the rest mass energies of each of its nucleons and the rest mass energy of the nucleus.

The binding energy of a nucleus is the difference between the sum of the rest mass energies of each of its nucleons and the rest mass energy of the nucleus.

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The binding energy of a nucleus is a measure of its

The correct option is D Stability Binding energy of a nucleus may be defined as the amount of energy needed to separate a nucleus into its individual nucleons and hence is a measure of stability of the nucleus.

The correct option is D
Stability

Binding energy of a nucleus may be defined as the amount of energy needed to separate a nucleus into its individual nucleons and hence is a measure of stability of the nucleus.