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N:(g) + 3H:(g) = 2 NH: (g); AHrxn = -92.4 kJ, meaning the reaction is exothermic. Given the aforementioned details, how will the equilibrium of the system be affected if (a) more N2 will be added, (b) decrease in temperature, and (c) increase in pressure? * This question is ALL OR NOTHING. Get one choice incorrect, all answers will be considered INCORRECT. Decrease in temperature will favor the forward reaction Adding more N: will favor the forward reaction Increase in pressure will favor the reverse reaction Decrease in temperature will favor the reverse reaction Increase in pressure will favor the forward reaction Adding more N: will favor the reverse reaction

N:(g) + 3H:(g) = 2 NH: (g); AHrxn = -92.4 kJ, meaning the reaction is exothermic. Given the aforementioned details, how will the equilibrium of the system be affected if (a) more N2 will be added, (b) decrease in temperature, and (c) increase in pressure? * This question is ALL OR NOTHING. Get one choice incorrect, all answers will be considered INCORRECT. Decrease in temperature will favor the forward reaction Adding more N: will favor the forward reaction Increase in pressure will favor the reverse reaction Decrease in temperature will favor the reverse reaction Increase in pressure will favor the forward reaction Adding more N: will favor the reverse reaction

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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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N:(g) + 3H2(g) = 2 NH: (g); AHrxn = -92.4 kJ, meaning the reaction is exothermic. Given the aforementioned details, how will the equilibrium of the system be affected if (a) more N2 will be added, (b) decrease in temperature, and (c) increase in pressure? * This question is ALL OR NOTHING. Get one choice incorrect, all answers will be considered INCORRECT. Decrease in temperature will favor the forward reaction Adding more N: will favor the forward reaction Increase in pressure will favor the reverse reaction Decrease in temperature will favor the reverse reaction Increase in pressure will favor the forward reaction Adding more N: will favor the reverse reaction
Transcribed Image Text:N:(g) + 3H2(g) = 2 NH: (g); AHrxn = -92.4 kJ, meaning the reaction is exothermic. Given the aforementioned details, how will the equilibrium of the system be affected if (a) more N2 will be added, (b) decrease in temperature, and (c) increase in pressure? * This question is ALL OR NOTHING. Get one choice incorrect, all answers will be considered INCORRECT. Decrease in temperature will favor the forward reaction Adding more N: will favor the forward reaction Increase in pressure will favor the reverse reaction Decrease in temperature will favor the reverse reaction Increase in pressure will favor the forward reaction Adding more N: will favor the reverse reaction
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