Nuclear Fission & Fusion question from JEE Main 2024 (29 Jan, Shift 1)

The explosive in a Hydrogen bomb is a mixture of ${}_{1}\text{H}^{2}, {}_{1}\text{H}^{3}$ and ${}_{3}\text{Li}^{6}$ in some condensed form. The chain reaction is given by

${}_{3}\text{Li}^{6} + {}_{0}\text{n}^{1} \rightarrow {}_{2}\text{He}^{4} + {}_{1}\text{H}^{3}$

${}_{1}\text{H}^{2} + {}_{1}\text{H}^{3} \rightarrow {}_{2}\text{He}^{4} + {}_{0}\text{n}^{1}$

During the explosion the energy released is approximately

[Given; $\text{M(Li)} = 6.01690\text{ amu}, \text{M}\left({}_{1}\text{H}^{2}\right) = 2.01471\text{ amu}, \text{M}\left({}_{2}\text{He}^{4}\right) = 4.00388\text{ amu}$, and $1\text{ amu} = 931.5\text{ MeV}]$