For a chemical system,$\Delta$_rG $\circ$ and $\Delta$_rG are equal when A) the system is in equilibrium. B) the reactants and products are in standard state conditions. C) the equilibrium constant,K,equals 0. D) the reaction quotient,Q,is less than 1. E) the reactants and products are in the gas phase.

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The Answer of For a chemical system,$\Delta$_rG $\circ$ and $\Delta$_rG are equal when A) the system is in equilibrium. B) the reactants and products are in standard state conditions. C) the equilibrium constant,K,equals 0. D) the reaction quotient,Q,is less than 1. E) the reactants and products are in the gas phase.

For a Chemical System Δ\DeltaΔ rG ∘\circ∘ And Δ\DeltaΔ rG Are Equal When A) the System Is in Equilibrium

For a Chemical System $\Delta$ _rG^$\circ$ And $\Delta$ _rG Are Equal When
A) the System Is in Equilibrium