Asked by Anonymous
What is the relationship between temperature and the equilibrium constant k? Is it a direct or indirect relationship? And why?
Answers
Answered by
DrBob222
A + B + heat = C
Keq = (C)/(A)(B)
For endothermic reactions increased T will mean the rxn shifts to the right which makes C larger, A and B smaller so K is larger. For exothermic rxns
A + B = C + heat
K = (C)/(A)(B)
For increase in T rxn shifts to left, C becomes smaller, A and B larger so K decreases.
Keq = (C)/(A)(B)
For endothermic reactions increased T will mean the rxn shifts to the right which makes C larger, A and B smaller so K is larger. For exothermic rxns
A + B = C + heat
K = (C)/(A)(B)
For increase in T rxn shifts to left, C becomes smaller, A and B larger so K decreases.
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