In part 1 of this experiment you will be determining the enthalpy of vaporization of water. To do this you must first find the number of moles of air in your U-Tube measuring device. If you determine that the volume of air is 0.200 mL at 2.0 °C, when the barometric pressure in the room is 728.0 torr, then how many moles of air are in the U-tube? R= 6.237 x 104 mL torr mol-1-K-1 O a. 8.49 x 10-6 moles Ob.9.38 x 10-4 moles O c. 7.12 x 10-9 moles O d. 6.20 x 10-2 moles

Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
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Chapter9: Liquids And Solids
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In part 1 of this experiment you will be determining the enthalpy of vaporization of water. To do this you must first find the number of
moles of air in your U-Tube measuring device. If you determine that the volume of air is 0.200 mL at 2.0 °C, when the barometric
pressure in the room is 728.0 torr, then how many moles of air are in the U-tube? R= 6.237 x 104 mL torr
mol-1-K-1
O a. 8.49 x 10-6 moles
O b. 9.38 x 10-4 moles
O c. 7.12 x 10-9 moles
O d. 6.20 x 10-2 moles
Transcribed Image Text:In part 1 of this experiment you will be determining the enthalpy of vaporization of water. To do this you must first find the number of moles of air in your U-Tube measuring device. If you determine that the volume of air is 0.200 mL at 2.0 °C, when the barometric pressure in the room is 728.0 torr, then how many moles of air are in the U-tube? R= 6.237 x 104 mL torr mol-1-K-1 O a. 8.49 x 10-6 moles O b. 9.38 x 10-4 moles O c. 7.12 x 10-9 moles O d. 6.20 x 10-2 moles
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