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A vessel contains a gaseous mixture of composition by volume, 80% H, and 20% CO. It is desired that the mixture should be made in proportion 50% H, and 50% CO by removing some of the mixture and adding some CO. Calculate per mole of mixture the mass of mixture to be removed, and the mass of CO to be added. The pressure and temperature in the vessel remain constant during the procedure. IAns. 2.7 kg, 10.5 kg)

A vessel contains a gaseous mixture of composition by volume, 80% H, and 20% CO. It is desired that the mixture should be made in proportion 50% H, and 50% CO by removing some of the mixture and adding some CO. Calculate per mole of mixture the mass of mixture to be removed, and the mass of CO to be added. The pressure and temperature in the vessel remain constant during the procedure. IAns. 2.7 kg, 10.5 kg)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
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6. Avessel contains a gaseous mixture of composition by volume, 80% H, and 20% CO. It is desired that the mixture should be made in proportion 50% H, and 50% CO by removing some of the mixture and adding some CO. Calculate per mole of mixture the mass of mixture to be removed, and the mass of CO to be added. The pressure and temperature in the vessel remain constant during the procedure. (Ans. 2.7 kg, 10.5 kg|
Transcribed Image Text:6. Avessel contains a gaseous mixture of composition by volume, 80% H, and 20% CO. It is desired that the mixture should be made in proportion 50% H, and 50% CO by removing some of the mixture and adding some CO. Calculate per mole of mixture the mass of mixture to be removed, and the mass of CO to be added. The pressure and temperature in the vessel remain constant during the procedure. (Ans. 2.7 kg, 10.5 kg|
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