$2$HI$($g$)$ H$2($g$)+$ I$2($g$)$ If $0\mathrm{.}141$ M HI$($g$),1\mathrm{.}34$E$-2$ M H$2,$ and $3\mathrm{.}34$E$-2$ M I$2$ are at equilibrium in a $15\mathrm{.}6$ L container at $799$ K$,$ the value of the equilibrium constant, K$,$ is