For the theoretical reaction: 2BD+F a plausible 2-step reaction mechanism was determined to be 1. A+B=C+D 2. B+C → A+F (slow) Based on this mechanism, what is the predicted rate law for the reverse of the first elementary step? Rate = K[B][C] Rate = K[B]²[D]¹ Rate = K[A][B]²[D] ¹ Rate = K[B]² Rate = K[A][B] Rate = K[C][D] The rate law cannot be determined.
For the theoretical reaction: 2BD+F a plausible 2-step reaction mechanism was determined to be 1. A+B=C+D 2. B+C → A+F (slow) Based on this mechanism, what is the predicted rate law for the reverse of the first elementary step? Rate = K[B][C] Rate = K[B]²[D]¹ Rate = K[A][B]²[D] ¹ Rate = K[B]² Rate = K[A][B] Rate = K[C][D] The rate law cannot be determined.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section11.7: Reaction Mechanisms
Problem 11.12E
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For the theoretical reaction: 2B → D+F a plausible 2-step reaction mechanism was determined to be
1. A+B = C+D
2. B+C → A+F(slow)
Based on this mechanism, what is the predicted rate law for the reverse of the first elementary step?
O Rate = K[B][C]
Rate = K[B]²[D]¹
O Rate = K[A][B]²[D]¹
O Rate = K[B]²
O Rate = K[A][B]
O Rate = K[C][D]
O The rate law cannot be determined.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F725d3d72-961a-4bc9-ae19-fbcdf2ac2aef%2F231e4faf-e86c-4c01-9c6d-4a2f804f854c%2F7qtwvvv_processed.png&w=3840&q=75)
Transcribed Image Text:Question 40 of 42
For the theoretical reaction: 2B → D+F a plausible 2-step reaction mechanism was determined to be
1. A+B = C+D
2. B+C → A+F(slow)
Based on this mechanism, what is the predicted rate law for the reverse of the first elementary step?
O Rate = K[B][C]
Rate = K[B]²[D]¹
O Rate = K[A][B]²[D]¹
O Rate = K[B]²
O Rate = K[A][B]
O Rate = K[C][D]
O The rate law cannot be determined.
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