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At altitudes much greater than 30 km, photochemical decomposition of dinitrogen produces the ground-state nitrogen atom N(*S) that subsequently reacts with dioxygen resulting in nitric oxide. Once nitric oxide has been produced, it can take part in the catalytic destruction of ozone. Which one of the following reactions represents the catalytic destruction process? N20 + O - N2 + O2 N20 + O(1D) – 2NO NO + O3 – NO2 + O2 NO2 + O – NO + O2 •NO + ●OH + M – HNO3 + M

At altitudes much greater than 30 km, photochemical decomposition of dinitrogen produces the ground-state nitrogen atom N(*S) that subsequently reacts with dioxygen resulting in nitric oxide. Once nitric oxide has been produced, it can take part in the catalytic destruction of ozone. Which one of the following reactions represents the catalytic destruction process? N20 + O - N2 + O2 N20 + O(1D) – 2NO NO + O3 – NO2 + O2 NO2 + O – NO + O2 •NO + ●OH + M – HNO3 + M

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section: Chapter Questions
Problem 35QRT: The compound p-methoxybenzonitrile N-oxide, which has the formula CH3OC6H4CNO, reacts with itself to...
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At altitudes much greater than 30 km, photochemical decomposition of dinitrogen produces the ground-state nitrogen atom N(*S) that subsequently reacts with dioxygen resulting in nitric oxide. Once nitric oxide has been produced, it can take part in the catalytic destruction of ozone. Which one of the following reactions represents the catalytic destruction process? N20 + O - N2 + O2 N20 + O(1D) – 2NO NO + O3 – NO2 + O2 NO2 + O – NO + O2 •NO + ●OH + M – HNO3 + M
Transcribed Image Text:At altitudes much greater than 30 km, photochemical decomposition of dinitrogen produces the ground-state nitrogen atom N(*S) that subsequently reacts with dioxygen resulting in nitric oxide. Once nitric oxide has been produced, it can take part in the catalytic destruction of ozone. Which one of the following reactions represents the catalytic destruction process? N20 + O - N2 + O2 N20 + O(1D) – 2NO NO + O3 – NO2 + O2 NO2 + O – NO + O2 •NO + ●OH + M – HNO3 + M
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