The equilibrium constant for the reaction; \[{{N}_{2(g)}}+{{O}_{2(g)}}\rightleftarrows 2N{{O}_{(g)}}\] at temperature T is \[4\times {{10}^{-4.}}\].The value of \[{{K}_{c}}\]for the reaction. \[N{{O}_{(g)}}\rightleftarrows 1/2{{N}_{2(g)}}+1/2{{O}_{2(g)}}\]at the temperature is

The equilibrium constant for the reaction; \[{{N}_{2(g)}}+{{O}_{2(g)}}

1.	The equilibrium constant for the reaction; \[{{N}_{2(g)}}+{{O}_{2(g)}}\rightleftarrows 2N{{O}_{(g)}}\] at temperature T is \[4\times {{10}^{-4.}}\].The value of \[{{K}_{c}}\]for the reaction. \[N{{O}_{(g)}}\rightleftarrows 1/2{{N}_{2(g)}}+1/2{{O}_{2(g)}}\]at the temperature is
A.	0.02
B.	50
C.	\[4\times {{10}^{-4}}\]
D.	\[2.5\times {{10}^{-2}}\]
Answer» C. \[4\times {{10}^{-4}}\]

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The equilibrium constant for the reaction; \[{{N}_{2(g)}}+{{O}_{2(g)}}\rightleftarrows 2N{{O}_{(g)}}\] at temperature T is \[4\times {{10}^{-4.}}\].The value of \[{{K}_{c}}\]for the reaction. \[N{{O}_{(g)}}\rightleftarrows 1/2{{N}_{2(g)}}+1/2{{O}_{2(g)}}\]at the temperature is

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