Which of the following relationships is not true?
A) $\Delta G _ { \text {sys } } ^ { \circ } = \Delta H _ { \text {sys } } ^ { \circ } - T \Delta S _ { \text {sys } } ^ { \circ }$
B) $\Delta G _ { \text {sys } } ^ { \circ } = - R T \ln ( K )$
C) $\Delta S _ { \text {univ } } ^ { \circ} = \Delta S _ { \text {sys } } ^ { \circ } + \Delta S _ { \text {surr } } ^ { \circ }$
D) $\Delta H = \Delta H _ { \text {sys }}^{\circ} + R T \ln ( K )$
E) $\Delta G _ { \text {sys } } ^ { \circ } = - T \Delta S _ { \text {univ } } ^ { \circ }$

Question

Quizplus · Accepted Answer

The relationship for $\Delta H$ involving $RT \ln(K)$ is incorrect. $\Delta H$ does not depend on the equilibrium constant $K$ in this manner.

Which of the Following Relationships Is Not True? A) ΔGsys ∘=ΔHsys ∘−TΔSsys ∘\Delta G _ { \text {sys } } ^ { \circ } = \Delta H _ { \text {sys } } ^ { \circ } - T \Delta S _ { \text {sys } } ^ { \circ }ΔGsys ∘​=ΔHsys ∘​−TΔSsys ∘​

Which of the Following Relationships Is Not True?
A) $\Delta G _ { \text {sys } } ^ { \circ } = \Delta H _ { \text {sys } } ^ { \circ } - T \Delta S _ { \text {sys } } ^ { \circ }$