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The measured volumetric flow rate of ethane at 5.00 atm absolute and 35.0°C is 2.00 x 10° L/h. Using an estimated value of the second virial coefficient in the truncated virial equation (Equation 5.3-2), calculate , estimate the compressibility factor z, and determine the mass flow rate of ethane in kg/h. V: i 2.12 L/mol z: i 0.4192 m: i 9095.6 kg/h

The measured volumetric flow rate of ethane at 5.00 atm absolute and 35.0°C is 2.00 x 10° L/h. Using an estimated value of the second virial coefficient in the truncated virial equation (Equation 5.3-2), calculate , estimate the compressibility factor z, and determine the mass flow rate of ethane in kg/h. V: i 2.12 L/mol z: i 0.4192 m: i 9095.6 kg/h

Introduction to Chemical Engineering Thermodynamics
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
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The measured volumetric flow rate of ethane at 5.00 atm absolute and 35.0°C is 2.00 x 10° L/h. Using an estimated value of the second virial coefficient in the truncated virial equation (Equation 5.3-2), calculate V, estimate the compressibility factor z, and determine the mass flow rate of ethane in kg/h. V: i 2.12 L/mol z: i 0.4192 m: i 9095.6 kg/h
Transcribed Image Text:The measured volumetric flow rate of ethane at 5.00 atm absolute and 35.0°C is 2.00 x 10° L/h. Using an estimated value of the second virial coefficient in the truncated virial equation (Equation 5.3-2), calculate V, estimate the compressibility factor z, and determine the mass flow rate of ethane in kg/h. V: i 2.12 L/mol z: i 0.4192 m: i 9095.6 kg/h
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