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#1: A Batch Reactor performs the following reaction A → R; -TA = 5.0 CO.75; -TA The initial concentration and the kinetic rate constant are given below: -0.75 hr-1 mole liter Cao = 2.75 k = 5.0 (mol) A) Write the batch reactor mole balance equation for concentration of specie A in the format below: Input-output generation=accumulation t₁ = - = -rav ?? B) The time required (in minutes) for a batch reactor to reach 90% conversion of A CA dCA NAO d NA dt??? dc TAV NA1 dCA dt mole L.hr ?? → CAO = -k

#1: A Batch Reactor performs the following reaction A → R; -TA = 5.0 CO.75; -TA The initial concentration and the kinetic rate constant are given below: -0.75 hr-1 mole liter Cao = 2.75 k = 5.0 (mol) A) Write the batch reactor mole balance equation for concentration of specie A in the format below: Input-output generation=accumulation t₁ = - = -rav ?? B) The time required (in minutes) for a batch reactor to reach 90% conversion of A CA dCA NAO d NA dt??? dc TAV NA1 dCA dt mole L.hr ?? → CAO = -k

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 Batch Reactor performs the following reaction A → R; -TA = 5.0 CO.75; The initial concentration and the kinetic rate constant are given below: -0.75 hr-1 mole liter Input-output+generation=accumulation t₁ = Cao = 2.75 A) Write the batch reactor mole balance equation for concentration of specie A in the format below: k = 5.0 NA1 -TA dCA dt CA dCA NAO d NA B) The time required (in minutes) for a batch reactor to reach 90% conversion of A dc TAV (mol) ?? → = = -rav ?? CAO mole L.hr = -k fat dt???
Transcribed Image Text:#1: A Batch Reactor performs the following reaction A → R; -TA = 5.0 CO.75; The initial concentration and the kinetic rate constant are given below: -0.75 hr-1 mole liter Input-output+generation=accumulation t₁ = Cao = 2.75 A) Write the batch reactor mole balance equation for concentration of specie A in the format below: k = 5.0 NA1 -TA dCA dt CA dCA NAO d NA B) The time required (in minutes) for a batch reactor to reach 90% conversion of A dc TAV (mol) ?? → = = -rav ?? CAO mole L.hr = -k fat dt???
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