Explore topic-wise MCQs in Control Systems.

This section includes 17 Mcqs, each offering curated multiple-choice questions to sharpen your Control Systems knowledge and support exam preparation. Choose a topic below to get started.

1.

For non-linear systems the equation for damping factor as in linear system is called__________

A. Krasovskii’s equation
B. Vander Pol’s equation
C. Constant method
D. Non-variable gradient equation
Answer» C. Constant method
Discussion
2.

Liapunov stability analysis is different from the classical theories approach of stability.

A. True
B. False
Answer» B. False
Discussion
3.

The method which provides considerable flexibility in finding the Liapunov’s function is:

A. Krasovskii’s method
B. Variable gradient method
C. Constant method
D. Non-variable gradient method
Answer» C. Constant method
Discussion
4.

It is difficult to form Liapunov’s function for:

A. Linear system
B. Non-linear
C. Time variant systems
D. Time –invariant systems
Answer» C. Time variant systems
Discussion
5.

Liapunov’s stability for non-linear system is same as the Routh Hurwitz criteria for the linear system.

A. True
B. False
Answer» B. False
Discussion
6.

Liapunov’s stability analysis is for the :

A. LTI system
B. Time variant system
C. Non-linear system
D. Linear system
Answer» D. Linear system
Discussion
7.

If the Liapunov’s function cannot be found then the system is:

A. Stable
B. Unstable
C. Conditionally stable
D. Marginally stable
Answer» C. Conditionally stable
Discussion
8.

LIAPUNOV_STABILITY_ANALYSIS_IS_DIFFERENT_FROM_THE_CLASSICAL_THEORIES_APPROACH_OF_STABILITY.?$

A. True
B. False
Answer» B. False
Discussion
9.

For_non-linear_systems_the_equation_for_damping_factor_as_in_linear_system_is_called__________$

A. Krasovskii’s equation
B. Vander Pol’s equation
C. Constant method
D. Non-variable gradient equation
Answer» C. Constant method
Discussion
10.

The method which provides considerable flexibility in finding the Liapunov’s function is?#

A. Krasovskii’s method
B. Variable gradient method
C. Constant method
D. Non-variable gradient method
Answer» C. Constant method
Discussion
11.

If the V is positive definite, for the system to be asymptotically stable, Q should be negative definite.

A. Krasovskii’s method
B. Variable gradient method
C. Constant method
D. Non-variable gradient method
Answer» B. Variable gradient method
Discussion
12.

It is difficult to form Liapunov’s function for:$

A. Linear system
B. Non-linear
C. Time variant systems
D. Time –invariant systems
Answer» C. Time variant systems
Discussion
13.

Conditions of ___________ are necessary and sufficient condition for the asymptotic stability of the system.

A. Linear system
B. Krasovskii’s method
C. positive definiteness
D. Variable gradient method
Answer» D. Variable gradient method
Discussion
14.

Liapunov’s stability for non-linear system is same as the Routh Hurwitz criteria for the linear system.$

A. True
B. False
Answer» B. False
Discussion
15.

The system is unstable for:

A. W (x)>0; x not equal to zero
B. W (0) =0
C. W (x) has continuous partial derivative with respect to all components of x
D. All of the mentioned
Answer» E.
Discussion
16.

Liapunov’s stability analysis is for the :$

A. LTI system
B. Time variant system
C. Non-linear system
D. Linear system
Answer» D. Linear system
Discussion
17.

If the Liapunov’s function cannot be found then the system is:

A. Stable
B. Unstable
C. Conditionally stable
D. Marginally stable
Answer» C. Conditionally stable
Discussion