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5450 mols/min of iquid A is heated with a nitrogen stream in an evaporator. The gas leaving the evaporator is diluted by another nitrogen stream flowing at 420 (at STP). The combined gases are then compressed to a total pressure P = 92.61 psig at a temperature of 617 degree Farenheit. The partial pressure of acetone in this stream is Pa= 0.659 atm. Atmospheric pressure is 1.004 atm. A. what is the molar composition of the stream leaving the compressor? b) What is the volumetric flow rate (in) of the nitrogen entering the evaporator if the temperature and pressure of this stream are 27 degree Celcius and 475 mmHg pressure? please show a clear and step by step solution. ASAP

5450 mols/min of iquid A is heated with a nitrogen stream in an evaporator. The gas leaving the evaporator is diluted by another nitrogen stream flowing at 420 (at STP). The combined gases are then compressed to a total pressure P = 92.61 psig at a temperature of 617 degree Farenheit. The partial pressure of acetone in this stream is Pa= 0.659 atm. Atmospheric pressure is 1.004 atm. A. what is the molar composition of the stream leaving the compressor? b) What is the volumetric flow rate (in) of the nitrogen entering the evaporator if the temperature and pressure of this stream are 27 degree Celcius and 475 mmHg pressure? please show a clear and step by step solution. ASAP

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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5450 mols/min of iquid A is heated with a nitrogen stream in an evaporator. The gas leaving the evaporator is diluted by another nitrogen stream flowing at 420 (at STP). The combined gases are then compressed to a total pressure P = 92.61 psig at a temperature of 617 degree Farenheit. The partial pressure of acetone in this stream is Pa= 0.659 atm. Atmospheric pressure is 1.004 atm. A. what is the molar composition of the stream leaving the compressor? b) What is the volumetric flow rate (in) of the nitrogen entering the evaporator if the temperature and pressure of this stream are 27 degree Celcius and 475 mmHg pressure? please show a clear and step by step solution. ASAP
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