A transfer function of the system does not have pole-zero cancellation? Which of the following statements is true?

Related MCQs

• Determine the sensitivity of the overall transfer function for the system shown in the figure below, at w=1 rad/sec with respect to the feedback path transfer function.
• From the following graphs of the generalized transfer function 1/s+a, which plot shows a transfer function with a bigger value of a?
• From the following graphs of the generalized transfer function 1/as2, which plot shows the transfer function for a higher a?
• A transfer function has two zeroes at infinity. Then the relation between the numerator(N) and the denominator degree(M) of the transfer function is:
• A linear system at rest is subject to an input signal r(t)=1-e-t. The response of the system for t>0 is given by c(t)=1-e-2t. The transfer function of the system is:
• The roots of the transfer function do not have any effect on the stability of the system.
• Transfer function of a system is used to calculate which of the following?
• Let c(t) be the unit step response of a system with transfer function K(s+a)/(s+K). If c(0+) = 2 and c(∞) = 10, then the values of a and K are respectively.
• The step response of the system is c(t) = 10+8e-t-4/8e-2t . The gain in time constant form of transfer function will be:
• Consider the unity feedback system with open loop transfer function the minimum value of the steady state error to a ramp input r(t) = 6tu(t) is OLTF = K/s(s+1)(s+2)