Explore topic-wise MCQs in Control Systems.

This section includes 16 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.

Region of convergence of a causal LTI system

A. Is the entire s-plane
B. Is the right-half of s-plane
C. Is the left-half of s-plane
D. Does not exist
Answer» C. Is the left-half of s-plane
Discussion
2.

Z-transform converts convolution of time-signals to

A. Addition
B. Subtraction
C. Multiplication
D. Division
Answer» D. Division
Discussion
3.

The order of a linear constant-coefficient differential equation representing a system refers to the number of

A. Active devices
B. Elements including sources
C. Passive devices
D. None of the mentioned
Answer» E.
Discussion
4.

If a periodic function f(t) of period T satisfies f(t) = −f (t + T/2) , then in its Fourier series expansion

A. The constant term will be zero
B. There will be no cosine terms
C. There will be no sine terms
D. There will be no even harmonics
Answer» C. There will be no sine terms
Discussion
5.

The continuous time system described by 2 y(t) = x (t2) is

A. Causal, linear and time varying
B. Causal, non-linear and time varying
C. Non causal, non-linear and time-invariant
D. Non causal, linear and time-invariant
Answer» E.
Discussion
6.

The FT of a rectangular pulse existing between t = − T 2/ to t = T / 2 is a

A. Sinc squared function
B. Sinc function
C. Sine squared function
D. Sine function
Answer» C. Sine squared function
Discussion
7.

Z-TRANSFORM_CONVERTS_CONVOLUTION_OF_TIME-SIGNALS_TO?$

A. Addition
B. Subtraction
C. Multiplication
D. Division
Answer» D. Division
Discussion
8.

Region_of_convergence_of_a_causal_LTI_system$

A. Is the entire s-plane
B. Is the right-half of s-plane
C. Is the left-half of s-plane
D. Does not exist
Answer» C. Is the left-half of s-plane
Discussion
9.

The order of a linear constant-coefficient differential equation representing a system refers to the number o?

A. Active devices
B. Elements including sources
C. Passive devices
D. None of the mentioned
Answer» E.
Discussion
10.

Given a unit step function u (t), its time-derivative is:

A. A unit impulse
B. Another step function
C. A unit ramp function
D. A sine function
Answer» B. Another step function
Discussion
11.

If a periodic function f(t) of period T satisfies f(t) = ‚àíf (t + T/2) , then in its Fourier series expansion$

A. The constant term will be zero
B. There will be no cosine terms
C. There will be no sine terms
D. There will be no even harmonics
Answer» C. There will be no sine terms
Discussion
12.

If G( f) represents the Fourier Transform of a signal g (t) which is real and odd symmetric in time, then G (f) is

A. Complex
B. Imaginary
C. Real
D. Real and non-negative
Answer» C. Real
Discussion
13.

The continuous time system described by 2 y(t) = x (t2) is

A. Causal, linear and time varying
B. Causal, non-linear and time varying
C. Non causal, non-linear and time-invariant
D. Non causal, linear and time-invariant
Answer» E.
Discussion
14.

The system characterized by the equation y(t) = ax(t) + b is

A. Linear for any value of b
B. Linear if b > 0
C. Linear if b < 0
D. Non-linear
Answer» E.
Discussion
15.

The FT of a rectangular pulse existing between t = ‚àí T 2/ to t = T / 2 is a$

A. Sinc squared function
B. Sinc function
C. Sine squared function
D. Sine function
Answer» C. Sine squared function
Discussion
16.

The auto-correlation function of a rectangular pulse of duration T is

A. A rectangular pulse of duration T
B. A rectangular pulse of duration 2T
C. A triangular pulse of duration T
D. A triangular pulse of duration 2T
Answer» E.
Discussion