Estimate the percentage difference between the van der Waals and perfect gas calculations for carbon dioxide undergoing a change from 2.0 bar to 60 bar at 25° C. carbon dioxide: a=3.610 atmdmmol, b=0.0429 dm mol, 1.0atm=1.013×10 Pa, R=8.3145JK mol-1 ( Δ Gvdw- Δ Gideal)/ Δ Gideal = ______%
Estimate the percentage difference between the van der Waals and perfect gas calculations for carbon dioxide undergoing a change from 2.0 bar to 60 bar at 25° C. carbon dioxide: a=3.610 atmdmmol, b=0.0429 dm mol, 1.0atm=1.013×10 Pa, R=8.3145JK mol-1 ( Δ Gvdw- Δ Gideal)/ Δ Gideal = ______%
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter1: Gases And The Zeroth Law Of Thermodynamics
Section: Chapter Questions
Problem 1.53E: At high temperatures, one of the van der Waals constants can be ignored. Which one? Justify your...
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Estimate the percentage difference between the van der Waals and perfect gas calculations for carbon dioxide undergoing a change from 2.0 bar to 60 bar at 25° C.
carbon dioxide: a=3.610 atmdmmol, b=0.0429 dm mol, 1.0atm=1.013×10 Pa, R=8.3145JK mol-1
( Δ Gvdw- Δ Gideal)/ Δ Gideal = ______%
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