Q1\ 10 kg/hour of m-xylene vapor fed to a c0oler at 150 C at atmospheric pressure the temperature is down until all the xylene is converted to liquid. If the output product temperature is 25 C calculate the heat required for this process Xylene (v, 150C,1 atm) Cooler Xylene (I, 25C,1 atm)

Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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Q1\ 10 kg/hour of m-xylene vapor fed to a cooler at 150 C at atmospheric pressure the
temperature is down until all the xylene is converted to liquid. If the output product
temperature is 25 C calculate the heat required for this process
Xylene (v, 150C,1 atm)
Xylene (I, 25C,1 atm)
Cooler
Transcribed Image Text:Q1\ 10 kg/hour of m-xylene vapor fed to a cooler at 150 C at atmospheric pressure the temperature is down until all the xylene is converted to liquid. If the output product temperature is 25 C calculate the heat required for this process Xylene (v, 150C,1 atm) Xylene (I, 25C,1 atm) Cooler
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