Root Locus Concepts Objective Questions
Root Locus Concepts Objective Questions 1. Which one of the following statements is not correct? a) Root loci can be used for analyzing stability and transient performance b) Root loci…
Relative Stability Analysis
Relative Stability Analysis MCQ 1. A system with unity feedback having open loop transfer function as G(s) = K(s+1)/s3+as2+2s+1. What values of ‘K’ and ’a’ should be chosen so that…
Routh-Hurwitz Stability Criterion
Routh-Hurwitz Stability Criterion MCQ 1. Routh Hurwitz criterion gives: a) Number of roots in the right half of the s-plane b) Value of the roots c) Number of roots in…
Necessary Conditions for Stability & Non-Linear Systems
Necessary Conditions for Stability & Non-Linear Systems MCQ 1. The techniques of linear system can be used in the non-linear system entirely: a) True b) False Answer: a Explanation: The…
Concept of Stability in Control Systems
Concept of Stability in Control Systems MCQ 1. Stability of a system implies that : a) Small changes in the system input does not result in large change in system…
Approximation of Higher-Order Systems by Lower Order
Approximation of Higher-Order Systems by Lower Order MCQ 1. The output of a feedback control system must be a function of a) Reference and output b) Reference and input c)…
State Variable Analysis – Part II
State Variable Analysis – Part II 1. State variable analysis has several advantages overall transfer function as: a) It is applicable for linear and non-linear and variant and time-invariant system…
State Variable Analysis – Part I
State Variable Analysis – Part I MCQ 1. Which among the following is a unique model of a system? a) Transfer function b) State variable c) Block diagram d) Signal…
Robotic Control System – Part II
Robotic Control System – Part II MCQ 1. An automatic apparatus or device that performs functions ordinarily ascribed to humans or operate with what appears to be almost human intelligence…
Robotic Control System – Part I
Robotic Control System – Part I MCQ 1. Assertion (A): The servo robot is a closed loop system Reason(R): It allows for a feedback a) Both A and R are…
