Q2) The process shown in Figure below consists of: V1=3 m³, and V2=1 m³. Volumetricflow rate q =300 1/s and assuming constant flow and perfect mixing:1- Find the transfer function C2(s) / Ci(s)2- If C:(0) = 0.0 and Ci(0+) = 0.5, calculate C2(13) and C2(0).%3D3- Plot the response of C2(t) on a graph paper. Is the response non-oscillatory?91V:C1VzC2.92 Q1) As a new control engineer, your first task is to develop an empirical transfer functionmodel the temperature in a bioreactor. The manipulated variable that you will use is theposition of the cooling water valve. The plant operations manager, you increase thecooling water valve position by 5%. The results of step test are shown below (plotted inperturbation variables). Write the appropriate response as function of time T(t).Response of Reactor Temperature to a 5% increase incoolant flow at t=10 minutes10ㅇ-5 02040 60100080-10-10-15-20-20-25-30-30-35-40Time in minutesTemperature in CValve opening %

The process shown in Figure below consists of, V1=3m3 and V2=1m3. Volumetric flow rate q=300 1/s…

Q2) The process shown in Figure below consists of: V₁-3 m³, and V2-1 m³. Volumetric flow rate q=300 1/s and assuming constant flow and perfect mixing: 1- Find the transfer function C2(s)/Ci(s) 2- If Ci(0) = 0.0 and Ci(0+) = 0.5, calculate C2(13) and C2(00). 3- Plot the response of C2(t) on a graph paper. Is the response non-oscillatory? qi C₁ V: 91 C1 8³ C2. 92

Q2) The process shown in Figure below consists of: V₁-3 m³, and V2-1 m³. Volumetric flow rate q=300 1/s and assuming constant flow and perfect mixing: 1- Find the transfer function C2(s)/Ci(s) 2- If Ci(0) = 0.0 and Ci(0+) = 0.5, calculate C2(13) and C2(00). 3- Plot the response of C2(t) on a graph paper. Is the response non-oscillatory? qi C₁ V: 91 C1 8³ C2. 92

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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