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Chemical Engineering In a benzene-nitrogen mixture at 40°C and 720mmHg, the partial pressure of benzene is 50mmHg. To separate 90% of the benzene, the mixture is subjected to cooling and pressure. Calculate: a) Pf if cooled to 5°C b) The initial U to condense 50kg of benzene T(°c) 5 10 26 30 ५० 50 PimmHg) 34.9 45.6 75.3 1904 183.2 271.6

Chemical Engineering In a benzene-nitrogen mixture at 40°C and 720mmHg, the partial pressure of benzene is 50mmHg. To separate 90% of the benzene, the mixture is subjected to cooling and pressure. Calculate: a) Pf if cooled to 5°C b) The initial U to condense 50kg of benzene T(°c) 5 10 26 30 ५० 50 PimmHg) 34.9 45.6 75.3 1904 183.2 271.6

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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Chemical Engineering In a benzene-nitrogen mixture at 40°C and 720mmHg, the partial pressure of benzene is 50mmHg. To separate 90% of the benzene, the mixture is subjected to cooling and pressure. Calculate: a) Pf if cooled to 5°C b) The initial U to condense 50kg of benzene 5 10 T(°C) P(mmHg) 34.9 26 30 ५० 45.6 75.3 19.4 183.2 8 50 271.6
Transcribed Image Text:Chemical Engineering In a benzene-nitrogen mixture at 40°C and 720mmHg, the partial pressure of benzene is 50mmHg. To separate 90% of the benzene, the mixture is subjected to cooling and pressure. Calculate: a) Pf if cooled to 5°C b) The initial U to condense 50kg of benzene 5 10 T(°C) P(mmHg) 34.9 26 30 ५० 45.6 75.3 19.4 183.2 8 50 271.6
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