2. An 18 oz. can of hair spray contains 0.532 L of a gas mixture containing polymers and propellant at ambient temperatures (assume 74.0 °F for this problem). The resulting pressure is 3.68 atm. If this gas were kept at a constant pressure, what would the volume (in mL) of the gas be if the gas were cooled to 47 °F, an average winter temperature in Mississippi? What would the volume (in mL) of the gas be (at constant pressure) if it were heated to 77 °F, an average temperature in April in Mississippi? Assume an ideal gas. A: 505; 535
2. An 18 oz. can of hair spray contains 0.532 L of a gas mixture containing polymers and propellant at ambient temperatures (assume 74.0 °F for this problem). The resulting pressure is 3.68 atm. If this gas were kept at a constant pressure, what would the volume (in mL) of the gas be if the gas were cooled to 47 °F, an average winter temperature in Mississippi? What would the volume (in mL) of the gas be (at constant pressure) if it were heated to 77 °F, an average temperature in April in Mississippi? Assume an ideal gas. A: 505; 535
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter10: Gases And Their Properties
Section: Chapter Questions
Problem 103IL: Many nitrate salts can be decomposed by heating. For example, blue, anhydrous copper(II) nitrate...
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Transcribed Image Text:2. An 18 oz. can of hair spray contains 0.532 L of a gas mixture containing polymers and propellant at
ambient temperatures (assume 74.0 °F for this problem). The resulting pressure is 3.68 atm. If this
gas were kept at a constant pressure, what would the volume (in mL) of the gas be if the gas were
cooled to 47 °F, an average winter temperature in Mississippi? What would the volume (in mL)
of the gas be (at constant pressure) if it were heated to 77 °F, an average temperature in April in
Mississippi? Assume an ideal gas.
A: 505; 535
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