Some indoor air-purification systems work by converting a little of the oxygen in the air to ozone, which oxidizes mold and mildew spores and other biological air pollutants. The chemical equation for the ozone generation reaction is:It is claimed that one such system generates 4.00 g O3 per hour from dry air passing through the purifier at a flow of 5.00 L/min.If one liter of indoor air contains 0.280 g of O2, what mole fraction of O2 is converted to O3 by the air purifier? What is the percent yield of the ozone generation reaction? 30,(g) –→ 20,(g)

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Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter3: Chemical Reactions

Section: Chapter Questions

Problem 6QRT

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Some indoor air-purification systems work by converting a little of the oxygen in the air to ozone, which oxidizes mold and mildew spores and other biological air pollutants. The chemical equation for the ozone generation reaction is:

It is claimed that one such system generates 4.00 g O₃ per hour from dry air passing through the purifier at a flow of 5.00 L/min.

If one liter of indoor air contains 0.280 g of O₂, what mole fraction of O₂ is converted to O₃ by the air purifier?

What is the percent yield of the ozone generation reaction?

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