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The system is given in the following figure. Determine the mathematical model, linearizes the ODE(s), take Laplace to find the transfer function(s) to determine the dynamics of h1 and h2 responding to a step change in Fin. (without solving by inverse Laplace) Hint: F1 and Fout follow the Bernoulli equation. Fin A1 A2 h1 h2 F1 Fout

The system is given in the following figure. Determine the mathematical model, linearizes the ODE(s), take Laplace to find the transfer function(s) to determine the dynamics of h1 and h2 responding to a step change in Fin. (without solving by inverse Laplace) Hint: F1 and Fout follow the Bernoulli equation. Fin A1 A2 h1 h2 F1 Fout

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The system is given in the following figure. Determine the mathematical model, linearizes the ODE(s), take Laplace to find the transfer function(s) to determine the dynamics of h1 and h2 responding to a step change in Fin. (without solving by inverse Laplace) Hint: F1 and Fout follow the Bernoulli equation. Fin A1 A2 h1 h2 F1 Fout
Transcribed Image Text:The system is given in the following figure. Determine the mathematical model, linearizes the ODE(s), take Laplace to find the transfer function(s) to determine the dynamics of h1 and h2 responding to a step change in Fin. (without solving by inverse Laplace) Hint: F1 and Fout follow the Bernoulli equation. Fin A1 A2 h1 h2 F1 Fout
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