The dynamic response of a stirred-tank bioreactor can be represented by the transfer function C'(s) = 5/(3s +1) %3D C:'(s) where C' is the exit substrate concentration (mol/liter), and C,' is the feed...


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The dynamic response of a stirred-tank bioreactor can be represented by the transfer function<br>C'(s)<br>= 5/(3s +1)<br>%3D<br>C:'(s)<br>where C' is the exit substrate concentration (mol/liter), and C,' is the feed substrate<br>concentration (mol/liter).<br>F<br>a) Derive an expression for c'(t) if c,'(t) is a rectangular pulse with the following<br>characteristics:<br>12<br>t <0<br>CF (t) = {5<br>0st<2<br>%3D<br>2st<0<br>b) What is the maximum value of c'(t)? When does it occur? What is the final value of c'(t)?<br>c) If the initial is c(0) = 1, how long does it take for c(t) to return to a value of 2.10 after it<br>has reached its maximum value?<br>%3D<br>

Extracted text: The dynamic response of a stirred-tank bioreactor can be represented by the transfer function C'(s) = 5/(3s +1) %3D C:'(s) where C' is the exit substrate concentration (mol/liter), and C,' is the feed substrate concentration (mol/liter). F a) Derive an expression for c'(t) if c,'(t) is a rectangular pulse with the following characteristics: 12 t <0 cf="" (t)="{5"><2 %3d=""><0 b)="" what="" is="" the="" maximum="" value="" of="" c'(t)?="" when="" does="" it="" occur?="" what="" is="" the="" final="" value="" of="" c'(t)?="" c)="" if="" the="" initial="" is="" c(0)="1," how="" long="" does="" it="" take="" for="" c(t)="" to="" return="" to="" a="" value="" of="" 2.10="" after="" it="" has="" reached="" its="" maximum="" value?="">

Jun 08, 2022
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