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Martin - マーチン ♦
Martin - マーチン ♦
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Chemical Equilibrium - Why does changing the temperature shift the equilibrium?

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that $\Delta G = \Delta H − T\Delta S $ but$\Delta G = \Delta H − T\Delta S$, but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

Chemical Equilibrium - Why does changing the temperature shift the equilibrium?

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that $\Delta G = \Delta H − T\Delta S $ but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

Why does changing the temperature shift the equilibrium?

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that $\Delta G = \Delta H − T\Delta S$, but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

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Post Merged (destination) from chemistry.stackexchange.com/questions/5355/…
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Mad Scientist
Mad Scientist
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I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that ΔG=ΔH−TΔS but$\Delta G = \Delta H − T\Delta S $ but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that ΔG=ΔH−TΔS but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that $\Delta G = \Delta H − T\Delta S $ but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.

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Kian
Kian
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Chemical Equilibrium - Why does changing the temperature shift the equilibrium?

I know that raising the temperature in a reversible chemical reaction causes the equilibrium to shift to the endothermic side.

I know that ΔG=ΔH−TΔS but I don't know how to put them together to show why the equilibrium would shift.

To summarise, I already know what happens when, and I'm interested in why.