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he inflow, circulation and outflow are shown in figure below. The mixture is kept uniform by stirring. Derive the equations which describe the amount of salt at any time in tank (A), (B) and (C) and put it in matrix form without solving and write the initial conditions for each tank. tos 5 lit./min. of brine water with 2 gal/lit. of salt C=X 400 C= A 400 Lit. 0% of salt 5 lit./min. 10 lit./min. CV 500 B 500 Lit. 0% of salt 500 2 lit./min. 7 lit./min. с- C 600 Lit. 0% of salt Z 600 5 lit./min. of brine water

he inflow, circulation and outflow are shown in figure below. The mixture is kept uniform by stirring. Derive the equations which describe the amount of salt at any time in tank (A), (B) and (C) and put it in matrix form without solving and write the initial conditions for each tank. tos 5 lit./min. of brine water with 2 gal/lit. of salt C=X 400 C= A 400 Lit. 0% of salt 5 lit./min. 10 lit./min. CV 500 B 500 Lit. 0% of salt 500 2 lit./min. 7 lit./min. с- C 600 Lit. 0% of salt Z 600 5 lit./min. of brine water

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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he inflow, circulation and outflow are shown in figure below. The mixture is kept uniform by stirring. Derive the equations which describe the amount of salt at any time in tank (A), (B) and (C) and put it in matrix form without solving and write the initial conditions for each tank. tos 5 lit./min. of brine water with 2 gal/lit. of salt C=X 400 C= A 400 Lit. 0% of salt 5 lit./min. 10 lit./min. CV 500 B 500 Lit. 0% of salt S08 2 lit./min. 7 lit./min. с- C 600 Lit. 0% of salt Z 600 5 lit./min. of brine water Z
Transcribed Image Text:he inflow, circulation and outflow are shown in figure below. The mixture is kept uniform by stirring. Derive the equations which describe the amount of salt at any time in tank (A), (B) and (C) and put it in matrix form without solving and write the initial conditions for each tank. tos 5 lit./min. of brine water with 2 gal/lit. of salt C=X 400 C= A 400 Lit. 0% of salt 5 lit./min. 10 lit./min. CV 500 B 500 Lit. 0% of salt S08 2 lit./min. 7 lit./min. с- C 600 Lit. 0% of salt Z 600 5 lit./min. of brine water Z
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