The binding energy per nucleon of deuteron $\left( {{}_1^2\,H} \right)$ and helium nucleus $\left( {{}_2^4\,He} \right)$ is $1.1$ $MeV$ and $7$ $MeV$ respectively. If two deuteron nuclei react to form a single helium nucleus, then the energy released is
$23.6\,\,MeV$
$26.9\,\,MeV$
$13.9\,\,MeV$
$19.2\,\,MeV$
Solution
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