The student from question 3 then heated the beaker of water and found that at 75 °C the corrected volume of the bubble was 4.05 mL. What should she report as the vapor pressure of water PH2O) at this temperature? Answer from question 3= 0.000095 moles of trapped air This was also the question for 3 just in case you needed it for information: A student found that at 755 torr atmospheric pressure and 0.2 °C, the corrected volume of the trapped air was 2.15 mL. Under these conditions, how many moles of trapped air nair are present?
The student from question 3 then heated the beaker of water and found that at 75 °C the corrected volume of the bubble was 4.05 mL. What should she report as the vapor pressure of water PH2O) at this temperature? Answer from question 3= 0.000095 moles of trapped air This was also the question for 3 just in case you needed it for information: A student found that at 755 torr atmospheric pressure and 0.2 °C, the corrected volume of the trapped air was 2.15 mL. Under these conditions, how many moles of trapped air nair are present?
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 5.93PAE: 93 The complete combustion of octane can be used as a model for the burning of gasoline:...
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The student from question 3 then heated the beaker of water and found that at 75 °C the corrected volume of the bubble was 4.05 mL. What should she report as the vapor pressure of water PH2O) at this temperature?
Answer from question 3= 0.000095 moles of trapped air
This was also the question for 3 just in case you needed it for information:
A student found that at 755 torr atmospheric pressure and 0.2 °C, the corrected volume of the trapped air was 2.15 mL. Under these conditions, how many moles of trapped air nair are present?
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