Determine the EA for the rate-determining step(step 1) for this reaction coordinate diagram, inkJ.100187 kJ8078 kJMM55 kJ-50 kJ402020 kJReaction ProgressPE (KJ) 60Created by E. Lee for Virtual Virginia (2021)

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Determine the EA for the rate-determining step (step 1) for this reaction coordinate diagram, in kJ. 1001 87 kJ 78 kJ 80 ^ 60 40 PE (KJ) Created by E. Lee for Virtual Virginia (2021) 20 55 kJ Reaction Progress 20 kJ 50 kJ

Determine the EA for the rate-determining step (step 1) for this reaction coordinate diagram, in kJ. 1001 87 kJ 78 kJ 80 ^ 60 40 PE (KJ) Created by E. Lee for Virtual Virginia (2021) 20 55 kJ Reaction Progress 20 kJ 50 kJ

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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Question

Determine the EA for the rate-determining step
(step 1) for this reaction coordinate diagram, in
kJ.
1001
87 kJ
80
78 kJ
MM
55 kJ
-50 kJ
40
20
20 kJ
Reaction Progress
PE (KJ) 60
Created by E. Lee for Virtual Virginia (2021)

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800 705 kJ 600 497 kJ PE (kJ) 400 200 175 kJ 100 Reaction Progress Created by E. Lee for Virtual Virginia (2021) The reaction coordinate diagram above has an activated complex (AC) with a potential energy (PE) of 705 kJ. Imagine that a catalyst is added, bringing the AC PE down to 550 kJ. What will be the new activation energy, in kJ?
er 2 800 705 kJ 600 497 kJ PE (kJ) 400 200 175 kJ 100 Reaction Progress Ceated by E Lee for Virtual Virginia (2021) The reaction coordinate diagram above has an activated complex (AC) with a potential energy (PE) of 705 kJ. Imagine that a catalyst is added, bringing the AC PE down to 578 kJ. What will be the new activation energy, in kJ?