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H.W: 1. 100 lb-mole3 Calculate n (lb-mole CH4) m (lbm CH4) 0.300 lb-mole CH4lb-mole 0.400 lb-mole C,H4Ab-mole 0.300 lb-mole C2H6lb-mole 2. 250 kg/h Calculate m (kg C,Hg/min) x(kg C,H,/kg) (1 – x)(kg C7Hs/kg) in terms of r 3. 75 ml CCl4 (liquid) Calculate n (mol CCL,) Calculate m (kg total/s), mco (kg CO/s), and y (kg COy/kg total) in terms of m 4. 50 kg H,O/s may kg dry gas/s 0.25 kg CO/kg dry gas 0.75 kg CO/kg dry gas

H.W: 1. 100 lb-mole3 Calculate n (lb-mole CH4) m (lbm CH4) 0.300 lb-mole CH4lb-mole 0.400 lb-mole C,H4Ab-mole 0.300 lb-mole C2H6lb-mole 2. 250 kg/h Calculate m (kg C,Hg/min) x(kg C,H,/kg) (1 – x)(kg C7Hs/kg) in terms of r 3. 75 ml CCl4 (liquid) Calculate n (mol CCL,) Calculate m (kg total/s), mco (kg CO/s), and y (kg COy/kg total) in terms of m 4. 50 kg H,O/s may kg dry gas/s 0.25 kg CO/kg dry gas 0.75 kg CO/kg dry gas

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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H.W: 1. 100 lb-mole Calculate n (Ib-mole CH,) m (lbm CH4) 0.300 lb-mole CH4A6-mole 0.400 lb-mole CH,Ab-mole 0.300 lb-mole CH6A6-mole 2. 250 kg/h Calculate m (kg C,Hg/min) x(kg C,H,/kg) (1 – x)(kg C;Hs/kg) in terms of x 3. 75 ml CCl, (liquid) Calculate n (mol CCI,) Caleulate m (kg total/s), mco (kg CO/), and y (kg COykg total) in terms of m 4. 50 kg H,O/s May kg dry gas/s 0.25 kg CO/kg dry gas 0.75 kg CO2/kg dry gas
Transcribed Image Text:H.W: 1. 100 lb-mole Calculate n (Ib-mole CH,) m (lbm CH4) 0.300 lb-mole CH4A6-mole 0.400 lb-mole CH,Ab-mole 0.300 lb-mole CH6A6-mole 2. 250 kg/h Calculate m (kg C,Hg/min) x(kg C,H,/kg) (1 – x)(kg C;Hs/kg) in terms of x 3. 75 ml CCl, (liquid) Calculate n (mol CCI,) Caleulate m (kg total/s), mco (kg CO/), and y (kg COykg total) in terms of m 4. 50 kg H,O/s May kg dry gas/s 0.25 kg CO/kg dry gas 0.75 kg CO2/kg dry gas
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