4. Consider the reaction mechanism shown below. Derive an equation for the rate of production of product d[P]/dt in terms of [A], [P] kı, k2, k2 Assume that B is in a steady state k1 Step-1. This step is irreversible. In other words, A В converts to B, but B cannot convert back to A A Step-2. Notice k, and k, are not the same thing. This step is reversible. In other words, B converts to P k2 And P can convert back to B k.2 B

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
Section: Chapter Questions
Problem 118QRT
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4. Consider the reaction mechanism shown below.
Derive an equation for the rate of production of product d[P]/dt in terms of [A],
[P] kı, k2, k2 Assume that B is in a steady state
Step-1. This step is irreversible. In other words, A
В
converts to B, but B cannot convert back to A
k,
A
Step-2. Notice k, and k, are not the same thing.
This step is reversible. In other words, B converts to P
k2
В
And P can convert back to B
k.2
Transcribed Image Text:4. Consider the reaction mechanism shown below. Derive an equation for the rate of production of product d[P]/dt in terms of [A], [P] kı, k2, k2 Assume that B is in a steady state Step-1. This step is irreversible. In other words, A В converts to B, but B cannot convert back to A k, A Step-2. Notice k, and k, are not the same thing. This step is reversible. In other words, B converts to P k2 В And P can convert back to B k.2
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