#Question id: 40563
#Unit 12. Biochemical Engineering
The transfer function of a Proportional-Integral (PI) controller πΊπΆ(π ) is given by
where πΎπΆ is the controller gain, ππΌ is the controller integral time constant and s is the Laplace variable. The role of the integral component of the controller is to ____________.
#Question id: 31568
#Unit 12. Biochemical Engineering
Let π¦(π‘) be a bacterial population whose growth is given by where π is the growth rate constant. If π¦(0) = 1 and π¦(1) = 4, then the value of
π is
#Question id: 31569
#Unit 12. Biochemical Engineering
The minimum value of the function for π₯ > 0 is
#Question id: 31612
#Unit 12. Biochemical Engineering
The output π¦(π‘) of a first-order process is governed by the following differential
equation where ππ is a non-zero time constant, πΎπ is the gain and π(π‘) is the input with
π(0) = 0.
Assume π¦(0) = 0. The transfer function for this process is (consider π as the
independent variable in the Laplace domain)
#Question id: 31614
#Unit 12. Biochemical Engineering
Let π and π be fixed real numbers. If the function π¦(π‘) = πΆ1π
π‘ + πΆ2π
βπ‘
is a
solution of for any constants πΆ1 and πΆ2, then π + π is equal to
#Question id: 31615
#Unit 12. Biochemical Engineering
If the function where π and π are constants, is differentiable at π₯ = 0, then π + π is equal to
