A different tank of gas contains 2.0 mol of oxygen gas (02) and 2.0 mol of hydrogen gas (H2) at a total pressure of 8.0 atm at 450 K. Again, the two gases undergo a complete reaction to form water vapor (H2O gas). What will be the total pressure in atm of the gases in the tank at 450 K after the reaction is complete? (Note that not all of both reactant gases will be used up in this reaction.)
A different tank of gas contains 2.0 mol of oxygen gas (02) and 2.0 mol of hydrogen gas (H2) at a total pressure of 8.0 atm at 450 K. Again, the two gases undergo a complete reaction to form water vapor (H2O gas). What will be the total pressure in atm of the gases in the tank at 450 K after the reaction is complete? (Note that not all of both reactant gases will be used up in this reaction.)
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter5: Gases
Section: Chapter Questions
Problem 5.92PAE
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![A different tank of gas contains 2.0 mol of oxygen gas (02) and 2.0 mol of hydrogen gas (H2) at a total pressure of 8.0 atm at 450 K.
Again, the two gases undergo a complete reaction to form water vapor (H2O gas). What will be the total pressure in atm of the
gases in the tank at 450 K after the reaction is complete? (Note that not all of both reactant gases will be used up in this reaction.)
Type your numeric answer and submit](https://content.bartleby.com/qna-images/question/b8cf4113-c93b-4c32-add1-206c584f5fba/50b4eb3b-32f4-411e-9d35-761a937e7ea2/44yxh5_thumbnail.png)
Transcribed Image Text:A different tank of gas contains 2.0 mol of oxygen gas (02) and 2.0 mol of hydrogen gas (H2) at a total pressure of 8.0 atm at 450 K.
Again, the two gases undergo a complete reaction to form water vapor (H2O gas). What will be the total pressure in atm of the
gases in the tank at 450 K after the reaction is complete? (Note that not all of both reactant gases will be used up in this reaction.)
Type your numeric answer and submit
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