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EXAMPLE: Estimate the viscosity of the following gas mixture at 1 atm and 293 K from the given data on the pure components at the same pressure and temperature: Molecular Viscosity, H. (g/cm s) Mole Species a fraction, x. weight, M. 1. CO, 2. О, 3. N2 0.133 44.01 1462 x 10-7 2031 X 10-7 1754 x 10-7 0.039 32.00 0.828 28.02

EXAMPLE: Estimate the viscosity of the following gas mixture at 1 atm and 293 K from the given data on the pure components at the same pressure and temperature: Molecular Viscosity, H. (g/cm s) Mole Species a fraction, x. weight, M. 1. CO, 2. О, 3. N2 0.133 44.01 1462 x 10-7 2031 X 10-7 1754 x 10-7 0.039 32.00 0.828 28.02

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
Section: Chapter Questions
Problem 1.1P
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EXAMPLE: Estimate the viscosity of the following gas mixture at 1 atm and 293 K from the given data on the pure components at the same pressure and temperature: Molecular Viscosity, H. (g/cm s) Mole Species a fraction, x. weight, M. 1. CO, 2. Oz 0.133 44.01 1462 x 10-7 0.039 32.00 2031 X 10-7 3. N2 0.828 28.02 1754 x 10-7 SOLLITION
Transcribed Image Text:EXAMPLE: Estimate the viscosity of the following gas mixture at 1 atm and 293 K from the given data on the pure components at the same pressure and temperature: Molecular Viscosity, H. (g/cm s) Mole Species a fraction, x. weight, M. 1. CO, 2. Oz 0.133 44.01 1462 x 10-7 0.039 32.00 2031 X 10-7 3. N2 0.828 28.02 1754 x 10-7 SOLLITION
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