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13.117 Consider the potential energy profiles for the following three reactions (from left to right). (1) Rank the rates (slowest to fastest) of the reactions. (2) Calculate AH for each reaction and determine which reaction(s) are exothermic and which reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Potential energy 30 kJ/mol A -40 kJ/mol A 50 kJ/mol 20 kJ/mol 40 kJ/mol Dans -20 kJ/mol

13.117 Consider the potential energy profiles for the following three reactions (from left to right). (1) Rank the rates (slowest to fastest) of the reactions. (2) Calculate AH for each reaction and determine which reaction(s) are exothermic and which reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Potential energy 30 kJ/mol A -40 kJ/mol A 50 kJ/mol 20 kJ/mol 40 kJ/mol Dans -20 kJ/mol

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter16: Spontaneity, Entropy, And Free Energy
Section: Chapter Questions
Problem 16Q: Consider the following potential energy plots: a. Rank the reactions from fastest to slowest and...
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13.117 Consider the potential energy profiles for the following three reactions (from left to right). (1) Rank the rates (slowest to fastest) of the reactions. (2) Calculate AH for each reaction and determine which reaction(s) are exothermic and which reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Potential energy 30 kJ/mol A -40 kJ/mol Reaction progress (a) 20 kJ/mol A 50 kJ/mol Reaction progress (b) 40 kJ/mol -20 kJ/mol Reaction progress (c)
Transcribed Image Text:13.117 Consider the potential energy profiles for the following three reactions (from left to right). (1) Rank the rates (slowest to fastest) of the reactions. (2) Calculate AH for each reaction and determine which reaction(s) are exothermic and which reaction(s) are endothermic. Assume the reactions have roughly the same frequency factors. Potential energy 30 kJ/mol A -40 kJ/mol Reaction progress (a) 20 kJ/mol A 50 kJ/mol Reaction progress (b) 40 kJ/mol -20 kJ/mol Reaction progress (c)
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