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The following data presented in Table 1 below were obtained for a virial gas at 25 degrees Celsius. Table 1. Pressure-Volume relationship of the unknown virial gas at 25 degrees Celsius. Pressure Molar Volume (in atm) (in L/mole) 1.00 24.460 1.50 16.325 2.00 12.250 4.00 6.130 10.00 2.465 A. Assuming the third virial coefficient, C, to be negligible, find its second virial coefficient, B (in Liters per mole).

The following data presented in Table 1 below were obtained for a virial gas at 25 degrees Celsius. Table 1. Pressure-Volume relationship of the unknown virial gas at 25 degrees Celsius. Pressure Molar Volume (in atm) (in L/mole) 1.00 24.460 1.50 16.325 2.00 12.250 4.00 6.130 10.00 2.465 A. Assuming the third virial coefficient, C, to be negligible, find its second virial coefficient, B (in Liters per mole).

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter9: Gases
Section: Chapter Questions
Problem 101E: Under which of the following sets of conditions does a real gas behave most like an ideal gas, and...
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The following data presented in Table 1 below were obtained for a virial gas at 25 degrees Celsius. Table 1. Pressure-Volume relationship of the unknown virial gas at 25 degrees Celsius. Pressure Molar Volume (in atm) (in L/mole) 1.00 24.460 1.50 16.325 2.00 12.250 4.00 6.130 10.00 2.465 A. Assuming the third virial coefficient, C, to be negligible, find its second virial coefficient, B (in Liters per mole).
Transcribed Image Text:The following data presented in Table 1 below were obtained for a virial gas at 25 degrees Celsius. Table 1. Pressure-Volume relationship of the unknown virial gas at 25 degrees Celsius. Pressure Molar Volume (in atm) (in L/mole) 1.00 24.460 1.50 16.325 2.00 12.250 4.00 6.130 10.00 2.465 A. Assuming the third virial coefficient, C, to be negligible, find its second virial coefficient, B (in Liters per mole).
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