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Ozone can be prepared by the following reaction: 302(lg)-> 203(g). In an experiment an evacuated (no air) 6.7L steel vessel is filled with 32.15atm of O2 gas at 29.7 C. A current is applied causing the molecular oxygen to convert into ozone. If the pressure inside the vessel drops to 30.72 atm at 29.7°C, what is the final mass percent of ozone in the vessel?

Ozone can be prepared by the following reaction: 302(lg)-> 203(g). In an experiment an evacuated (no air) 6.7L steel vessel is filled with 32.15atm of O2 gas at 29.7 C. A current is applied causing the molecular oxygen to convert into ozone. If the pressure inside the vessel drops to 30.72 atm at 29.7°C, what is the final mass percent of ozone in the vessel?

Physical Chemistry
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter8: Electrochemistry And Ionic Solutions
Section: Chapter Questions
Problem 8.10E: For each of the following reactions, determine the overall balanced electrochemical reaction, its...
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Ozone can be prepared by the following reaction: 302(g)-> 203(g). In an experiment an evacuated (no air) 6.7L steel vessel is filled with 32.15atm of O2 gas at 29.7 C. A current is applied causing the molecular oxygen to convert into ozone. If the pressure inside the vessel drops to 30.72 atm at 29.7°C, what is the final mass percent of ozone in the vessel?
Transcribed Image Text:Ozone can be prepared by the following reaction: 302(g)-> 203(g). In an experiment an evacuated (no air) 6.7L steel vessel is filled with 32.15atm of O2 gas at 29.7 C. A current is applied causing the molecular oxygen to convert into ozone. If the pressure inside the vessel drops to 30.72 atm at 29.7°C, what is the final mass percent of ozone in the vessel?
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