The H2-O2 reaction to produce H20 may be accounted for by the following mechanism:k1H2 + 0, 20HH2 + OH H20 + HkaH + 02 OH +0H2 + 0 → OH + HksH + OH + M H20 + MUsing the steady state assumpticn, derive the differential equations expressingdCH,0/dt in terms of CH2, Co2 and CM.II.1.What is the order of the H2-O2 reaction in the (i) high pressure and (ii) lowpressure limit

The H2-O2 reaction to produce H20 may be accounted for by the following mechanism: H2 +02 4 20H H2 + OH H20 + H H + 02 → OH +0 k4 На +0 + он +H H+ OH + M H20 + M 1. Using the steady state assumption, derive the differential equations expressing

The H2-O2 reaction to produce H20 may be accounted for by the following mechanism: H2 +02 4 20H H2 + OH H20 + H H + 02 → OH +0 k4 На +0 + он +H H+ OH + M H20 + M 1. Using the steady state assumption, derive the differential equations expressing

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter34: Miscellaneous Separation Methods

Section: Chapter Questions

Problem 34.19QAP

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Question

The H2-O2 reaction to produce H20 may be accounted for by the following mechanism:
k1
H2 + 0, 20H
H2 + OH H20 + H
ka
H + 02 OH +0
H2 + 0 → OH + H
ks
H + OH + M H20 + M
Using the steady state assumpticn, derive the differential equations expressing
dCH,0/dt in terms of CH2, Co2 and CM.
II.
1.
What is the order of the H2-O2 reaction in the (i) high pressure and (ii) low
pressure limit

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