use the steady state approximation 2N2O5(g) 4NO2(g) O2(g) The mecha...

Â Â use the steady state approximation 2N2O5Â (g) â†’ 4NO2Â (g) + O2Â (g) The mechanism is based on: Â Â N2O5Â â†’ NO2Â + NO3Â Â Â Â ka Â Â NO2Â + NO3Â â†’ N2O5Â Â Â Â k'a Â Â NO2Â +...

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Chemistry

Â Â use the steady state approximation
2N2O5Â (g) â†’ 4NO2Â (g) + O2Â (g)
The mechanism is based on:
Â Â N2O5Â â†’ NO2Â +NO3Â Â Â Â ka
Â Â NO2Â + NO3Â â†’N2O5Â Â Â Â k'a
Â Â NO2Â + NO3Â â†’ NO2Â +O2Â +NOÂ Â Â kb
Â Â NO + N2O5Â â†’ NO2Â + NO2Â +NO2Â Â Â kc

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3.7 Ratings (302 Votes)

The mechanism is based on step 1 N2O5 NO2 NO3ka step 2 NO2 NO3 N2O5ka step 3 NO2 NO3 NO2 O2 NOkb step 4 NO N2O5 3 NO2 kc In these steps NO and NO3 are intermediates For the other intermediate NO See Answer

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