Question:medium
Consider the nuclear reaction:
\[
{}^{2}_{1}H + {}^{2}_{1}H \rightarrow {}^{4}_{2}He
\]
Binding energy per nucleon of \( {}^{2}_{1}H \) and \( {}^{4}_{2}He \) are \(1.1\,\text{MeV}\) and \(7\,\text{MeV}\) respectively. Find the energy released in the nuclear reaction.
Consider the nuclear reaction:
\[
{}^{2}_{1}H + {}^{2}_{1}H \rightarrow {}^{4}_{2}He
\]
Binding energy per nucleon of \( {}^{2}_{1}H \) and \( {}^{4}_{2}He \) are \(1.1\,\text{MeV}\) and \(7\,\text{MeV}\) respectively. Find the energy released in the nuclear reaction.
Updated On: Apr 7, 2026
- \(23.6\,\text{MeV}\)
- \(24.2\,\text{MeV}\)
- \(5.9\,\text{MeV}\)
- \(3\,\text{MeV}\)
Show Solution
The Correct Option is B
Solution and Explanation
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