\[\Delta {{G}^{o}}\] for the reaction \[X+Y\]⇌ Z is ? 4.606 kcal . The value of equilibrium constant of the reaction at \[{{227}^{o}}C\] is \[(R=2.0\,cal.\,mo{{l}^{-1}}{{K}^{-1}})\] [Roorkee 1999]

\[\Delta {{G}^{o}}\] for the reaction \[X+Y\]⇌ Z is ? 4.606 kcal . T

1.	\[\Delta {{G}^{o}}\] for the reaction \[X+Y\]⇌ Z is ? 4.606 kcal . The value of equilibrium constant of the reaction at \[{{227}^{o}}C\] is \[(R=2.0\,cal.\,mo{{l}^{-1}}{{K}^{-1}})\] [Roorkee 1999]
A.	100
B.	10
C.	2
D.	0.01
Answer» B. 10

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\[\Delta {{G}^{o}}\] for the reaction \[X+Y\]⇌ Z is ? 4.606 kcal . The value of equilibrium constant of the reaction at \[{{227}^{o}}C\] is \[(R=2.0\,cal.\,mo{{l}^{-1}}{{K}^{-1}})\] [Roorkee 1999]

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