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A distillation has been designed to remove 95% of component A content in feed stream, which consists 50 wt.% of Aand So we% of B. Data shown below have been collected for one hour of operation. Calculate the composition of components A and B in top and bottom streams. Top=6/10 of feed x = 7 Feed = ? kg/h = 50 wt.% = 50 wt.% 2. Bottom G0 of feed

A distillation has been designed to remove 95% of component A content in feed stream, which consists 50 wt.% of Aand So we% of B. Data shown below have been collected for one hour of operation. Calculate the composition of components A and B in top and bottom streams. Top=6/10 of feed x = 7 Feed = ? kg/h = 50 wt.% = 50 wt.% 2. Bottom G0 of feed

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
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ッ/ Q1 A distillation has been designed to remove 95% of component A content in feed eem which consists 50 wt.% of A and 50 wE% of B. Data shown below have been collected for one hour of operation. Calculate the composition of components A and B in top and bottom streams. Top = 6/10 of feed 『=? aう4 Feed = ? kg/h !! x = 50 wt.% = 50 wt.% %3D Bottom =G40 of feed Q2
Transcribed Image Text:ッ/ Q1 A distillation has been designed to remove 95% of component A content in feed eem which consists 50 wt.% of A and 50 wE% of B. Data shown below have been collected for one hour of operation. Calculate the composition of components A and B in top and bottom streams. Top = 6/10 of feed 『=? aう4 Feed = ? kg/h !! x = 50 wt.% = 50 wt.% %3D Bottom =G40 of feed Q2
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