The given equation is .
At equilibrium, is zero and becomes .
Therefore, the value of .
When , will be less than .
When , which is less than one.
When , which is greater than one.
When , .
The predicts the spontaneity for a reaction, whereas predicts the equilibrium position. The predicts the spontaneity for a reaction. When is less than zero, the reaction is spontaneous, whereas when is more than zero, the reaction is not spontaneous. The predicts the feasibility of a reaction. If it is less than zero then forward reaction is favored and the reaction becomes spontaneous. If it is greater than zero, reaction shifts in backward direction and become non spontaneous.
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