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2. If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.

Name: 2. If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.
Uploaded: 2021-11-17T22:28:53-08:00
Duration: 2 min 53 s
Channel: Jennifer Hudspeth
Description: 2. If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.

          2. If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.

2. If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.

Added by Dylan D.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Jennifer Hudspeth

11/17/2021

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If the reaction quotient Q has a larger value than the related equilibrium constant K, a. the value of K will increase until it is equal to Q. b. the reaction will release heat to achieve equilibrium. c. the reaction is at equilibrium. d. the reaction will continue to make more products. e. the reaction will consume products and make reactants.