The standard free energy change, `Delta G^(@)` is related to equilibrium constant `K_(p)` asA. `K_(p) = - RT ln Delta G^(@)`B. `K= ((e)/( RT))^(DeltaG^(@))`C. `K_(p) = (DeltaG^(@))/( RT)`D. `K_(p) = e^(- DeltaG^(@) //RT)`

The standard free energy change, `Delta G^(@)` is related to equilibri

1.	The standard free energy change, `Delta G^(@)` is related to equilibrium constant `K_(p)` asA. `K_(p) = - RT ln Delta G^(@)`B. `K= ((e)/( RT))^(DeltaG^(@))`C. `K_(p) = (DeltaG^(@))/( RT)`D. `K_(p) = e^(- DeltaG^(@) //RT)`
Answer» Correct Answer - d `DeltaG^(@) = - RT lnK_(p) ` or `ln K_(p)=- DeltaG^(@) // RT ` or `K_(p) = e^(-DeltaG^(@) //RT )`

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The standard free energy change, `Delta G^(@)` is related to equilibrium constant `K_(p)` asA. `K_(p) = - RT ln Delta G^(@)`B. `K= ((e)/( RT))^(DeltaG^(@))`C. `K_(p) = (DeltaG^(@))/( RT)`D. `K_(p) = e^(- DeltaG^(@) //RT)`

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