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d. Predict the direction of shift if a strong acid is added to the equilibrium reaction mixture. (Hint: recall strong acids function as a source of H,O'.) e. Predict the direction of shift if a catalyst is added to the equilibrium reaction mixture. f. Predict the direction of shift if H,O is removed from the equilibrium reaction mixture. (This is a bit hard to imagine in a backyard pool, but evaporation of the water under a hot sun would cause this effect at the surface of the pool.)

d. Predict the direction of shift if a strong acid is added to the equilibrium reaction mixture. (Hint: recall strong acids function as a source of H,O'.) e. Predict the direction of shift if a catalyst is added to the equilibrium reaction mixture. f. Predict the direction of shift if H,O is removed from the equilibrium reaction mixture. (This is a bit hard to imagine in a backyard pool, but evaporation of the water under a hot sun would cause this effect at the surface of the pool.)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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d. Predict the direction of shift if a strong acid is added to the equilibrium reaction mixture. (Hint: recall strong acids function as a source of H,O'.) e. Predict the direction of shift if a catalyst is added to the equilibrium reaction mixture. f. Predict the direction of shift if H,O is removed from the equilibrium reaction mixture. (This is a bit hard to imagine in a backyard pool, but evaporation of the water under a hot sun would cause this effect at the surface of the pool.)
Transcribed Image Text:d. Predict the direction of shift if a strong acid is added to the equilibrium reaction mixture. (Hint: recall strong acids function as a source of H,O'.) e. Predict the direction of shift if a catalyst is added to the equilibrium reaction mixture. f. Predict the direction of shift if H,O is removed from the equilibrium reaction mixture. (This is a bit hard to imagine in a backyard pool, but evaporation of the water under a hot sun would cause this effect at the surface of the pool.)
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