I. Carbon dioxide at 60°C and 34 atm is a real gas. Determine your specific volume using: a. Beattie Bridgeman. b. Benedict-Webb-Rubin. C. Another equation of state of your choice. (Which isn't Ideal gas law, Van der Waals or Compressibility factor.) What is the most suitable equation for this case?

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Chapter1: Chemical Foundations
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I. Carbon dioxide at 60°C and 34 atm is a real gas.
Determine your specific volume using:
a. Beattie Bridgeman.
b. Benedict-Webb-Rubin.
c. Another equation of state of your choice. (Which
isn't Ideal gas law, Van der Waals or
Compressibility factor.)
What is the most suitable equation for this case?
Please show procedure, thank you.
Transcribed Image Text:I. Carbon dioxide at 60°C and 34 atm is a real gas. Determine your specific volume using: a. Beattie Bridgeman. b. Benedict-Webb-Rubin. c. Another equation of state of your choice. (Which isn't Ideal gas law, Van der Waals or Compressibility factor.) What is the most suitable equation for this case? Please show procedure, thank you.
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