The graph of binding energy per nucleon (BE/A | vedclass

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(B) In any nuclear process,if the binding energy per nucleon $(BE/A)$ of the product nuclei is greater than that of the reactant nuclei,energy is rele

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Energy is released when two nuclei with mass numbers between $51 < A < 100$ undergo fusion.

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(B) In any nuclear process,if the binding energy per nucleon $(BE/A)$ of the product nuclei is greater than that of the reactant nuclei,energy is released.From the given graph:$1$. For $1 $2$. For $100 $3$. For $200 Analyzing option $(B)$: If two nuclei with $A$ between $51$ and $100$ (where $BE/A = 2 	ext{ MeV}$) fuse to form a nucleus with $A$ between $100$ and $200$ (where $BE/A = 8 	ext{ MeV}$),the binding energy per nucleon increases. Therefore,energy is released.

The graph of binding energy per nucleon $(BE/A)$ versus mass number $(A)$ is shown in the figure. Which of the following options is correct?

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