Nuclear fusion is a type of reaction that involves two or more than two atomic nuclei and these nuclei then tend to give rise to different atomic nuclei along with the release of some subatomic particles i.e., neutrons, protons, electrons, etc. The release or absorption of energy depends upon the difference in the masses of the reactant and the product molecules.
This difference arises due to the fact that the atomic binding energy of the nuclei before and after the reaction does not remain the same. Those fusion processes generally release energy which tends to produce atomic nuclei lighter than iron-56 and nickle-62. Hence, it is said that the lighter elements like H, He, etc. undergo fusion reactions.
What is the nuclear fusion of small nuclei? How does the
The sun radiates vast quantities of energy as a consequence of the
(a) A deuteron, 21 H, is the nucleus
What type of “fuel” could be used in a nuclear
a. When gasoline is burned, it releases 1.3
The source of the sun’s energy is a sequence of nuclear reactions
The sun produces energy by nuclear fusion reactions, in which matter
In one sentence, justify Earnshaw’s Theorem: A charged particle cannot
