A. It lowers activation energy for both directions.B. It changes the equilibrium constant.C. It helps equilibrium be reached faster.D. It does not change the equilibrium composition.
Correct Answer: A|C|D
Explanation:
A catalyst changes rates, not thermodynamic equilibrium.
A. It lowers activation energy for both directions.B. It changes the equilibrium constant.C. It helps equilibrium be reached faster.D. It does not change the equilibrium composition.
Correct Answer: A|C|D
Explanation:
A catalyst changes rates, not thermodynamic equilibrium.
A. It lowers activation energy for both directions.B. It changes the equilibrium constant.C. It helps equilibrium be reached faster.D. It does not change the equilibrium composition.
Correct Answer: A|C|D
Explanation:
A catalyst changes rates, not thermodynamic equilibrium.
A. It lowers activation energy for both directions.B. It changes the equilibrium constant.C. It helps equilibrium be reached faster.D. It does not change the equilibrium composition.
Correct Answer: A|C|D
Explanation:
A catalyst changes rates, not thermodynamic equilibrium.