The energy required to separate the nucleons in a nucleus to infinity is called Binding Energy. This is equal to the energy released if the nucleons are brought together from infinity to form the nucleus.

True

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False

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Solution

The correct option is A True
Remember remember the definition of binding energy; the amount of energy released in assembling a nucleus is exactly equal to the amount of energy required to disassemble it!

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Similar questions

The energy required to separate the nucleons in a nucleus to infinity is called Binding Energy. This is equal to the energy released if the nucleons are brought together from infinity to form the nucleus.

Q. Which of the following is a wrong description of binding energy of a nucleus?
(a) It is the energy required to break a nucleus into its constituent nucleons.
(b) It is the energy made available when free nucleons combine to form a nucleus.
(c) It is the sum of the rest mass energies of its nucleons minus the rest mass energy of the nucleus.
(d) It is the sum of the kinetic energy of all the nucleons in the nucleus.

Q. Assertion :The rest mass energy of a nucleus is smaller than the rest mass energy of its constituent nucleons in free state. Reason: Nucleons are bound together in a nucleus, due to the binding energy between them.

Q. The energy required to break a nucleus into its individual nucleons is called :

Q. Two deuterons undergo nuclear fusion to form a Helium nucleus. Energy released in this process is : (given binding energy per nucleon for deuteron

= 1.1 M e V

and for helium

= 7.0 M e V

)

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The energy required to separate the nucleons in a nucleus to infinity is called Binding Energy. This is equal to the energy released if the nucleons are brought together from infinity to form the nucleus.

The correct option is A TrueRemember remember the definition of binding energy; the amount of energy released in assembling a nucleus is exactly equal to the amount of energy required to disassemble it!

The correct option is A True
Remember remember the definition of binding energy; the amount of energy released in assembling a nucleus is exactly equal to the amount of energy required to disassemble it!