Consider the decomposition reaction of chlorine monofluoride at $1000K$ :

$2$CIF$(g)C{l}_2(g)+F_2(g)$

$K=1\mathrm{.}75{10}^{-6}at1000K$

Part A

If a reaction mixture initially contained $0\mathrm{.}585$ bar of $ClF,$ what is the partial pressure of CIF at equilibrium?

$P_{\text{C}\text{I}\text{F}}=$

bar

Part B

If a reaction mixture initially contained $0\mathrm{.}585$ bar of $CLF,$ what is the partial pressure of $C{l}_2$ at equilibrium?

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Part C

If a reaction mixture initially contained $0\mathrm{.}585$ bar of CIF, what is the partial pressure of $F_2$ at equilibrium?