In a typical nuclear reaction e.g. (2,1)H + (2,1)H→ (3, 2)He + n + 3.27 Me V, although number of nucleons

Question 1

In a typical nuclear reaction e.g.

21H + 21H → 32He + n + 3.27 Me V,

although number of nucleons is conserved, yet energy is released. How ? Explain

Question 2

Since the total initial mass of nuclei on the left side of reaction is.greater than the total,final mass nucleus on the right hand side, this difference of mass appears as the energy released.

kratos · Answer 1 · 2020-04-19T23:57:05+0000

Since the total initial mass of nuclei on the left side of reaction is.greater than the total,final mass nucleus on the right hand side, this difference of mass appears as the energy released.

In a typical nuclear reaction e.g. (2,1)H + (2,1)H→ (3, 2)He + n + 3.27 Me V, although number of nucleons

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In a typical nuclear reaction e.g. (2,1)H + (2,1)H→ (3, 2)He + n + 3.27 Me V, although number of nucleons

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