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Be sure to answer all parts. The molecular scenes above depict the aqueous reaction 2 D E where D is red and E is blue, and each sphere represents 0.0100 mol. The volume in scene A is 1.00 L, and in scenes B and C, it is 0.500 L. (a) If the reaction in scene A is at equilibrium, calculate K. (b) Are the reactions in scenes B and C at equilibrium? Check all that apply. B is at equilibrium. B is not at equilibrium, and the reaction will proceed to the right. B is not at equilibrium, and the reaction will proceed to the left. C is at equilibrium. C is not at equilibrium, and the reaction will proceed to the right.

Be sure to answer all parts. The molecular scenes above depict the aqueous reaction 2 D E where D is red and E is blue, and each sphere represents 0.0100 mol. The volume in scene A is 1.00 L, and in scenes B and C, it is 0.500 L. (a) If the reaction in scene A is at equilibrium, calculate K. (b) Are the reactions in scenes B and C at equilibrium? Check all that apply. B is at equilibrium. B is not at equilibrium, and the reaction will proceed to the right. B is not at equilibrium, and the reaction will proceed to the left. C is at equilibrium. C is not at equilibrium, and the reaction will proceed to the right.

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter3: Chemical Reactions
Section3.3: Introduction To Chemical Equilibrium
Problem 1RC
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2D=E A Be sure to answer all parts. The molecular scenes above depict the aqueous reaction B C where D is red and E is blue, and each sphere represents 0.0100 mol. The volume in scene A is 1.00 L, and in scenes B and C, it is 0.500 L. (a) If the reaction in scene A is at equilibrium, calculate Ke. 0 0 0 (b) Are the reactions in scenes B and C at equilibrium? Check all that apply. B is at equilibrium. B is not at equilibrium, and the reaction will proceed to the right. B is not at equilibrium, and the reaction will proceed to the left. OC is at equilibrium. C is not at equilibrium, and the reaction will proceed to the right. DC is not at equilibrium, and the reaction will proceed to the left. W
Transcribed Image Text:2D=E A Be sure to answer all parts. The molecular scenes above depict the aqueous reaction B C where D is red and E is blue, and each sphere represents 0.0100 mol. The volume in scene A is 1.00 L, and in scenes B and C, it is 0.500 L. (a) If the reaction in scene A is at equilibrium, calculate Ke. 0 0 0 (b) Are the reactions in scenes B and C at equilibrium? Check all that apply. B is at equilibrium. B is not at equilibrium, and the reaction will proceed to the right. B is not at equilibrium, and the reaction will proceed to the left. OC is at equilibrium. C is not at equilibrium, and the reaction will proceed to the right. DC is not at equilibrium, and the reaction will proceed to the left. W
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