(C) hydrogen bomb operates on the principle of uncontrolled nuclear fusion. In this process,light nuclei,typically isotopes of hydrogen like deuterium

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(C) hydrogen bomb operates on the principle of uncontrolled nuclear fusion. In this process,light nuclei,typically isotopes of hydrogen like deuterium $(^2H)$ and tritium $(^3H)$,fuse together at extremely high temperatures to form a heavier nucleus,such as helium $(^4He)$,releasing a tremendous amount of energy.

Class 12 Chemistry Nuclear Chemistry Artificial transmutation

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The hydrogen bomb is based on the principle of:

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A
Nuclear fission
B
Natural radioactivity
C
Nuclear fusion
D
Artificial radioactivity

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Nuclear Chemistry

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Artificial transmutation

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$_{13}Al^{28}$ when radiated by a suitable projectile gives $_{15}P^{31}$ and a neutron. The projectile used is:

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In the nuclear reaction $_{12}Mg^{24} + _{2}He^{4} = _{0}n^{1} + ?$,the product nucleus is:

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In the nuclear reaction $_{92}U^{238} \to _{82}Pb^{206}$,the number of alpha and beta particles decayed are

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Which one of the following nuclear reactions is correct?

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Which isotope on bombardment with $\alpha$-particles will give $_8O^{17}$ and $_1H^1$?

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The hydrogen bomb is based on the principle of:

Similar Questions

$_{13}Al^{28}$ when radiated by a suitable projectile gives $_{15}P^{31}$ and a neutron. The projectile used is:

In the nuclear reaction $_{12}Mg^{24} + _{2}He^{4} = _{0}n^{1} + ?$,the product nucleus is:

In the nuclear reaction $_{92}U^{238} \to _{82}Pb^{206}$,the number of alpha and beta particles decayed are

Which one of the following nuclear reactions is correct?

Which isotope on bombardment with $\alpha$-particles will give $_8O^{17}$ and $_1H^1$?

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