Consider the equilibrium below:

If $2\mathrm{.}1$mol if $HI$ was placed in a $2\mathrm{.}0L$ container and allowed to reach equilibrium, what would the value of $K$ be if

at equilibrium $[HI]-0\mathrm{.}40mo\frac{l}{L}[5$Marks$][\frac{T}{\text{I}}]$

$H_{2(p)}+I_{2(g)}2H{I}_{(R)}$

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