6. Consider the following reaction(Criegee Ozonolysis) k 302 203 (Fast) C„H4 + O3 k2 C2H,O3 (Slow) Using the steady-state approximation and pre-equilibrium approximation, calculate the reaction speed of both reactions. Also, find the condition that those two approximations become equivalent.
6. Consider the following reaction(Criegee Ozonolysis) k 302 203 (Fast) C„H4 + O3 k2 C2H,O3 (Slow) Using the steady-state approximation and pre-equilibrium approximation, calculate the reaction speed of both reactions. Also, find the condition that those two approximations become equivalent.
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter20: Kinetics
Section: Chapter Questions
Problem 20.91E: What are the rate laws of mechanisms 1 and 2 for oscillating reactions if the second reactions were...
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In this question, using the steady-state approximation assuming that [O3] is steady throughout, should I consider three reaction speeds (k1, k-1, k2) equivalent, or should I double the reaction speed of ozone production (3O2 → 2O3)?
In other words, is -d[O3]/dt = k1[O2]3 - k-1[O3]2 - k2[O3] = 0, true or false?
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