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4/5 of an ideally stirred tank is filled with an aqueous solution with a concentration C, (take reactor volume as V, and liquid volume in the reactor as 4 V/5). At t = 0, one starts to feed this system with pure water with a flow rate of y. There is also out flow of 1.8 Py. At the same time, heating is started, and first order reaction takes place in the reactor (A → B + C). a. Make a sketch of the problem. What is your CV? What are your initial conditions for V and C? V(0) and C(0)

4/5 of an ideally stirred tank is filled with an aqueous solution with a concentration C, (take reactor volume as V, and liquid volume in the reactor as 4 V/5). At t = 0, one starts to feed this system with pure water with a flow rate of y. There is also out flow of 1.8 Py. At the same time, heating is started, and first order reaction takes place in the reactor (A → B + C). a. Make a sketch of the problem. What is your CV? What are your initial conditions for V and C? V(0) and C(0)

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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4/5 of an ideally stirred tank is filled with an aqueous solution with a concentration C, (take reactor volume as V, and liquid volume in the reactor as 4 V/5). At t = 0, one starts to feed this system with pure water with a flow rate of y. There is also out flow of 1.8 y. At the same time, heating is started, and first order reaction takes place in the reactor (A → B + C). a. Make a sketch of the problem. What is your CV? What are your initial conditions for V and C? V(0) and C(0)
Transcribed Image Text:4/5 of an ideally stirred tank is filled with an aqueous solution with a concentration C, (take reactor volume as V, and liquid volume in the reactor as 4 V/5). At t = 0, one starts to feed this system with pure water with a flow rate of y. There is also out flow of 1.8 y. At the same time, heating is started, and first order reaction takes place in the reactor (A → B + C). a. Make a sketch of the problem. What is your CV? What are your initial conditions for V and C? V(0) and C(0)
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