The following mechanism was proposed for the reaction with overall stoichiometry A + B → R A → X X+ B➡R (K1, K-1) (k2) The expected intermediate X cannot be analytically detected during the reaction. Use the steady state principle for intermediate X to derive the differential kinetic equation for the formation of the product R, i.e. d[R] / dt. What will be the reaction order for the two limiting cases, i.e. if a) k2 >> k1, k-1 b) k2 << K1, K-1

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter18: Chemical Kinetics
Section: Chapter Questions
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The following mechanism was proposed for the reaction with overall stoichiometry
A + B → R
A → X
X+ B➡R
(K1, K-1)
(k2)
The expected intermediate X cannot be analytically detected during the reaction.
Use the steady state principle for intermediate X to derive the differential kinetic equation
for the formation of the product R, i.e. d[R] / dt.
What will be the reaction order for the two limiting cases, i.e. if
a) k2 >> k1, k-1
b) k2 << K1, K-1
Transcribed Image Text:The following mechanism was proposed for the reaction with overall stoichiometry A + B → R A → X X+ B➡R (K1, K-1) (k2) The expected intermediate X cannot be analytically detected during the reaction. Use the steady state principle for intermediate X to derive the differential kinetic equation for the formation of the product R, i.e. d[R] / dt. What will be the reaction order for the two limiting cases, i.e. if a) k2 >> k1, k-1 b) k2 << K1, K-1
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