(D) . Nuclear fission is a process in which a heavy nucleus splits into two smaller nuclei of comparable mass,accompanied by the release of energy and

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Breaks up into two smaller nuclei with the loss of some elementary nuclear particles

(D) . Nuclear fission is a process in which a heavy nucleus splits into two smaller nuclei of comparable mass,accompanied by the release of energy and the emission of elementary nuclear particles such as neutrons.

Class 12 Chemistry Nuclear Chemistry Nucleus (Stability and Reaction)

Difficult

In a fission reaction,the nucleus of an element:

A
Loses only some elementary nuclear particles from another nucleus
B
Captures some elementary nuclear particles from another nucleus
C
Breaks up into several smaller nuclei
D
Breaks up into two smaller nuclei with the loss of some elementary nuclear particles

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Nucleus (Stability and Reaction)

In the carbon cycle,from which hot stars obtain their energy,the $_6C^{14}$ nucleus is

Medium

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The amount of energy required to separate the nucleons from a nucleus is called:

Medium

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$_{92}U^{235} + n \to \text{fission product} + \text{neutron} + 3.20 \times 10^{-11} \ J$. The energy released when $1 \ g$ of $_{92}U^{235}$ undergoes fission is

MediumAIPMT 1997

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The element $_{90}Th^{232}$ belongs to the thorium series. Which of the following will act as the end product of this series?

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Assertion : Nuclear binding energy per nucleon is in the order $_4^9Be > \,_3^7Li > \,_2^4He$.
Reason : Binding energy per nucleon increases linearly with the difference in the number of neutrons and protons.

MediumAIIMS 2004

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In a fission reaction,the nucleus of an element:

Similar Questions

In the carbon cycle,from which hot stars obtain their energy,the $_6C^{14}$ nucleus is

The amount of energy required to separate the nucleons from a nucleus is called:

$_{92}U^{235} + n \to \text{fission product} + \text{neutron} + 3.20 \times 10^{-11} \ J$. The energy released when $1 \ g$ of $_{92}U^{235}$ undergoes fission is

The element $_{90}Th^{232}$ belongs to the thorium series. Which of the following will act as the end product of this series?

Assertion : Nuclear binding energy per nucleon is in the order $_4^9Be > \,_3^7Li > \,_2^4He$.Reason : Binding energy per nucleon increases linearly with the difference in the number of neutrons and protons.

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Assertion : Nuclear binding energy per nucleon is in the order $_4^9Be > \,_3^7Li > \,_2^4He$.
Reason : Binding energy per nucleon increases linearly with the difference in the number of neutrons and protons.