Chemistry CH3O2 radical converts NO to NO2. If the NO level is low, however, reaction with HO2 may compete. CH3O2 + NO à CH3O + NO2 CH3O2 + HO₂ à CH3OOH + O2 (b) Assuming HO₂ concentration of 1 x 108 cm- 3, calculate the NO concentration, at which both reactions have the same removal rate of CH3O2. (at 310K) (a)

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Your Question:
M8
Chemistry
CH3O2 radical converts NO to NO2. If the NO level is
low, however, reaction with HO2 may compete.
CH3O2 + NO à CH3O + NO2
CH3O2 + HO₂ à CH3OOH + O2
(b)
Assuming HO₂ concentration of 1 x 108 cm-
3, calculate the NO concentration, at which
both reactions have the same removal rate
of CH3O2. (at 310K)
(a)
Transcribed Image Text:Chemistry CH3O2 radical converts NO to NO2. If the NO level is low, however, reaction with HO2 may compete. CH3O2 + NO à CH3O + NO2 CH3O2 + HO₂ à CH3OOH + O2 (b) Assuming HO₂ concentration of 1 x 108 cm- 3, calculate the NO concentration, at which both reactions have the same removal rate of CH3O2. (at 310K) (a)
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