At `25^(@)C`, the standard free energy change for a reaction is 5.4 kJ. Calculate the value of equilibrium constant of the reaction at the temperature.

Standard Gibb's energy change of a reaction is 62 kJ/mole. Calculate the equilibrium constant at 300 K.

Standard Gibbs free energy change of a reaction is zero. The value of equilibrium constant will be

Calculate the standard free energy change for a reaction at 273K, if the equilibrium constant of the reaction at 273K is 20

If standard free energy change for a reaction is found to be zero what is its equilibrium constant?

If standard free energy change for a reaction is found to be zero, what is its equilibrium constant?

The standard free energy of the reaction at 298K is -125.52 kJ/mole. Calculate the equilibrium constnat K_(p) .

It the free energy change for a reaction at 25^@C be 5.4 Kj Calculate the equilibrium constant for the reaction. State wheather the vaporisation of water at 110^@C in 1 atm pressure is a spontaneous or non spontaneous process.

How is free energy change related to equilibrium constant for the reaction?

How is free energy change related to equilibrium constant for the reaction?