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A plot of Gibb’s energy of a reaction mixture against the extent of the reaction is ____?

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Minimum at equilibrium

Maximum at equilibrium

Zero at equilibrium

remain constant throughout the reaction

answer is A.

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Detailed Solution

. $∆ G^{0} = - nRT \ln k_{eq}$

Gibbs free energy change is -ve, therefore minimum at equillibrium.

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