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1. A series of reactions takes place to obtain the desired product D. Reaction rates are given as mol / dm3 min, and concentrations as mol / dm3. A+B→ D -FIA= 800e(-8000K/T)CAºŚCB A+B → Ui -r2B= 10e(-300K/T)CẠCB D+B→ U2 -13D= 10°e(-8000K/T)CDCB

1. A series of reactions takes place to obtain the desired product D. Reaction rates are given as mol / dm3 min, and concentrations as mol / dm3. A+B→ D -FIA= 800e(-8000K/T)CAºŚCB A+B → Ui -r2B= 10e(-300K/T)CẠCB D+B→ U2 -13D= 10°e(-8000K/T)CDCB

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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1. A series of reactions takes place to obtain the desired product D. Reaction rates are given as mol / dm3 min, and concentrations as mol / dm3. A+B D -TIA= 800e(-8000K/T)CA0.5CB A+B → Uı -r2B= 10e(-300KT)CẠCB D+B + Uz -13D= 10°e(-8000KT)CDCB a) Under what conditions it is necessary to work in order to obtain the highest SD / U1 value? b) Under what conditions is required to obtain the highest SD / U2 value? c) Under what conditions is required to achieve the highest SD/U1U2 value?
Transcribed Image Text:1. A series of reactions takes place to obtain the desired product D. Reaction rates are given as mol / dm3 min, and concentrations as mol / dm3. A+B D -TIA= 800e(-8000K/T)CA0.5CB A+B → Uı -r2B= 10e(-300KT)CẠCB D+B + Uz -13D= 10°e(-8000KT)CDCB a) Under what conditions it is necessary to work in order to obtain the highest SD / U1 value? b) Under what conditions is required to obtain the highest SD / U2 value? c) Under what conditions is required to achieve the highest SD/U1U2 value?
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