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QU A three components B &C) fed to a column by two streams, these components separated into three streams as figure below. If you know that ma flow rate is half m, and 90% of C, in m, exits in ms; calculate the unknown values in this case m 1.0 kg A/kg -3-B.5 hi - Cmi

QU A three components B &C) fed to a column by two streams, these components separated into three streams as figure below. If you know that ma flow rate is half m, and 90% of C, in m, exits in ms; calculate the unknown values in this case m 1.0 kg A/kg -3-B.5 hi - Cmi

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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じ QI/ A three components (A, B &C) fed to a column by two streams, these components separated into three streams as figure below. If you know that ma flow rate is half m, and 90% ofC,in mi exits in ms; calculate the unknown values in this Jan し case う0 m3 =B.5 hia 1.0 kg A/kg 90Y. Cmi (0-03)mı + Xr (530)0-60)ms 0,97 kg C/kg (6.97) mi s X4 (1200) +(40) ms 0 03kg B/kg 1,200 kg/hr 0.70 kg A/kg (0.3 - x4) kg B/kg Xa kg C/kg 5,300 kg/hr (1 - x) kg A/kg X kg B/kg mass 0.60 kg B/kg 0.40 kg C/kg tal mass moles
Transcribed Image Text:じ QI/ A three components (A, B &C) fed to a column by two streams, these components separated into three streams as figure below. If you know that ma flow rate is half m, and 90% ofC,in mi exits in ms; calculate the unknown values in this Jan し case う0 m3 =B.5 hia 1.0 kg A/kg 90Y. Cmi (0-03)mı + Xr (530)0-60)ms 0,97 kg C/kg (6.97) mi s X4 (1200) +(40) ms 0 03kg B/kg 1,200 kg/hr 0.70 kg A/kg (0.3 - x4) kg B/kg Xa kg C/kg 5,300 kg/hr (1 - x) kg A/kg X kg B/kg mass 0.60 kg B/kg 0.40 kg C/kg tal mass moles
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