SATHEE: Equilibrium Question 790

Equilibrium Question 790

Question: Consider the expression $Δ G = -, R T, \ln K_{p} + R T, \ln Q_{p}$ and indicate the correct statement at equilibrium

Options:

A) $Δ G = 0, Q_{p} > K_{p}$ the equilibrium reaction will shift from left to right

B) $Δ G = 0, Q_{p} = K_{p}$ the equilibrium reaction will shift from left to right

C) $Δ G = \infty, Q_{p} < K_{p}$ the equilibrium reaction will shift from right to left

D) $Δ G < 0, Q_{p} > K_{p}$ the equilibrium reaction will shift from right to left where $Q_{p}$ and $K_{p}$ term refer to reaction quotient and equilibrium constant at constant pressure respectively.

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Answer:

Correct Answer: B

Solution:

Van’t Hoff reaction isotherm is $Δ G = Δ G^{\circ} + R T$ In Qp When the reaction is in a state of equilibrium $Δ G = 0$ Then $Δ G^{^{\circ}} = - R T, l n, Q_{p} = - R T$ ln $K_{p}$

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Equilibrium Question 790

Question: Consider the expression ΔG=−,RT,ln⁡Kp+RT,ln⁡Qp and indicate the correct statement at equilibrium

Options:

Answer:

Solution:

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Question: Consider the expression $Δ G = -, R T, \ln K_{p} + R T, \ln Q_{p}$ and indicate the correct statement at equilibrium