Use the Van der Waals EOS to plot the compressibility factor, Z, against P for CO₂ at T=180 K. Express P and Z in terms of the molar volume, and consider the case of large and small P. Ar CO₂ He Xe 3.610 a/(atm dm6 mol-²) 1.337 0.0341 a 4.137 (V - nb) = nRT b/(10-2 dm³ mol-¹) 3.20 4.29 2.38 5.16
Use the Van der Waals EOS to plot the compressibility factor, Z, against P for CO₂ at T=180 K. Express P and Z in terms of the molar volume, and consider the case of large and small P. Ar CO₂ He Xe 3.610 a/(atm dm6 mol-²) 1.337 0.0341 a 4.137 (V - nb) = nRT b/(10-2 dm³ mol-¹) 3.20 4.29 2.38 5.16
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![Use the Van der Waals EOS to plot the compressibility factor, Z,
against P for CO₂ at T=180 K. Express P and Z in terms of the molar
volume, and consider the case of large and small P.
Ar
CO₂
He
Xe
3.610
0.0341
n²
17/17) (
V²
a/(atm dm6 mol-²)
1.337
4.137
α
(V - nb)
= nRT
b/(10-² dm³ mol-¹)
3.20
4.29
2.38
5.16](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd18f0ca3-d2df-4b0d-ad5e-65cd7b57000b%2F5c4af56c-273d-4b2f-b76a-223a5460ad61%2F15d1rf1_processed.png&w=3840&q=75)
Transcribed Image Text:Use the Van der Waals EOS to plot the compressibility factor, Z,
against P for CO₂ at T=180 K. Express P and Z in terms of the molar
volume, and consider the case of large and small P.
Ar
CO₂
He
Xe
3.610
0.0341
n²
17/17) (
V²
a/(atm dm6 mol-²)
1.337
4.137
α
(V - nb)
= nRT
b/(10-² dm³ mol-¹)
3.20
4.29
2.38
5.16
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