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wo tanks are connected together in the following way in Fig 3. Where the three valves are nonlinear with flow rates F1 = k/h, ,F12 = k/ħ1 – hz and F2 = k/h, . %3D (a) Develop a model for this system that can be used to find h1, h2, F1, F12, and F2 as functions of time for any given variations in inputs U1 and U2. (bl Find the E1/Sland F2le) in Cir ito LU1 ond U?

wo tanks are connected together in the following way in Fig 3. Where the three valves are nonlinear with flow rates F1 = k/h, ,F12 = k/ħ1 – hz and F2 = k/h, . %3D (a) Develop a model for this system that can be used to find h1, h2, F1, F12, and F2 as functions of time for any given variations in inputs U1 and U2. (bl Find the E1/Sland F2le) in Cir ito LU1 ond U?

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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wo tanks are connected together in the following way in Fig 3. Where the three valves are nonlinear with flow rates F1 = k/h, ,F12 = k/h – h, and F2 = k/h, . (a) Develop a model for this system that can be used to find h1, h2, F1, F12, and F2 as functions of time for any given variations in inputs U1 and U2. (b) Find the F1(S) and F2(s) in terms of given variations in inputs U1 and U2. U2 h2 F12 F2 F1 Fig.3
Transcribed Image Text:wo tanks are connected together in the following way in Fig 3. Where the three valves are nonlinear with flow rates F1 = k/h, ,F12 = k/h – h, and F2 = k/h, . (a) Develop a model for this system that can be used to find h1, h2, F1, F12, and F2 as functions of time for any given variations in inputs U1 and U2. (b) Find the F1(S) and F2(s) in terms of given variations in inputs U1 and U2. U2 h2 F12 F2 F1 Fig.3
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