The explosive in a Hydrogen bomb is a mixture of ₁H², ₁H³ and ₃Li⁶ in some condensed form. The chain reaction is given by
$\begin{array}{r}{3}^{{\mathrm{Li}}^6}+0^{{\mathrm{n}}^1}\to 2^{{\mathrm{He}}^4}+1^{{\mathrm{H}}^3}\\ 1^{{\mathrm{H}}^2}+1^{{\mathrm{H}}^3}\to 2^{{\mathrm{He}}^4}+0^{{\mathrm{n}}^1}\end{array}$
During the explosion, the energy released is approximately ________MeV. [Round-off to the nearest integer]
[M(₃Li⁶) = 6.01690amu, M(₁H²) = 2.01471amu, M(₂He⁴) = 4.0038amu, 1 amu = 931.5MeV]