SO2 can be defined by the Van der Waals equation ( C and D only) ( A and B have posted answers)A= Vc=.171 L/molTc=428.91 KPc=78.20 barb= 34.93 bar SO2 can be defined by the Van der Waals equation of state with constants a == 6.86 bar*L2/mol?and b = 0.057 L/mol.What are Pc, Tc, and Vc for the gas?а.b. What is the total pressure in bar for a 1.41M concentration of the gas at 298K. The gasconstant in terms of bar is given by R=0.08314 L*bar/(mol*K)С.Assume that SO2 acts as an ideal gas instead. Calculate the pressure under the sameconditions.d. Compare the pressures from the VdW equation and the Ideal Gas equation to obtain avalue for the compression factor, Z.

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Answered: C. Assume that SO2 acts as an ideal gas…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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SO₂ can be defined by the Van der Waals equation ( C and D only) ( A and B have posted answers)
A=
Vc=.171 L/mol
Tc=428.91 K
Pc=78.20 bar

b= 34.93 bar

SO2 can be defined by the Van der Waals equation of state with constants a =
= 6.86 bar*L2/mol?
and b = 0.057 L/mol.
What are Pc, Tc, and Vc for the gas?
а.
b. What is the total pressure in bar for a 1.41M concentration of the gas at 298K. The gas
constant in terms of bar is given by R=0.08314 L*bar/(mol*K)
С.
Assume that SO2 acts as an ideal gas instead. Calculate the pressure under the same
conditions.
d. Compare the pressures from the VdW equation and the Ideal Gas equation to obtain a
value for the compression factor, Z.

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