If 1.0 mole of \[{{I}_{2}}\] is introduced into 1.0 litre flask at 1000 K, at quilibrium \[({{K}_{c}}={{10}^{-6}})\], which one is correct

\[\left[ {{I}_{2}}(g) \right]<\left[ {{I}^{-}}\left( g \right) \right]\]

\[\left[ {{I}_{2}}(g) \right]>\left[ {{I}^{-}}\left( g \right) \right]\]

\[\left[ {{I}_{2}}(g) \right]=\left[ {{I}^{-}}\left( g \right) \right]\]

\[\left[ {{I}_{2}}(g) \right]=\frac{1}{2}\left[ {{I}^{-}}\left( g \right) \right]\]

If 1.0 mole of \[{{I}_{2}}\] is introduced into 1.0 litre flask at 100

1.	If 1.0 mole of \[{{I}_{2}}\] is introduced into 1.0 litre flask at 1000 K, at quilibrium \[({{K}_{c}}={{10}^{-6}})\], which one is correct
A.	\[\left[ {{I}_{2}}(g) \right]>\left[ {{I}^{-}}\left( g \right) \right]\]
B.	\[\left[ {{I}_{2}}(g) \right]<\left[ {{I}^{-}}\left( g \right) \right]\]
C.	\[\left[ {{I}_{2}}(g) \right]=\left[ {{I}^{-}}\left( g \right) \right]\]
D.	\[\left[ {{I}_{2}}(g) \right]=\frac{1}{2}\left[ {{I}^{-}}\left( g \right) \right]\]
Answer» B. \[\left[ {{I}_{2}}(g) \right]<\left[ {{I}^{-}}\left( g \right) \right]\]

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If 1.0 mole of \[{{I}_{2}}\] is introduced into 1.0 litre flask at 1000 K, at quilibrium \[({{K}_{c}}={{10}^{-6}})\], which one is correct

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