The equilibrium constant `(K)` of a reaction may be written asA. `K=e^(-DeltaG//RT)`B. `K=e^(-DeltaG^(@)RT)`C. `K=e^(-DeltaH//RT)`D. `K=e^(-DeltaH^(@)RT)`

The equilibrium constant `(K)` of a reaction may be written asA. `K=e^

1.	The equilibrium constant `(K)` of a reaction may be written asA. `K=e^(-DeltaG//RT)`B. `K=e^(-DeltaG^(@)RT)`C. `K=e^(-DeltaH//RT)`D. `K=e^(-DeltaH^(@)RT)`
Answer» Correct Answer - B `Delta G^(@)=-nE^(@)F ` and `E^(@)=(RT)/(nF) log_(e) K` `:. DeltaG^(@)=-RT log_(e)K` `:. K=e^(-DeltaG^(@)//RT)`

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The equilibrium constant `(K)` of a reaction may be written asA. `K=e^(-DeltaG//RT)`B. `K=e^(-DeltaG^(@)RT)`C. `K=e^(-DeltaH//RT)`D. `K=e^(-DeltaH^(@)RT)`

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