Explore topic-wise MCQs in MATLAB Questions and Answers.

This section includes 8 Mcqs, each offering curated multiple-choice questions to sharpen your MATLAB Questions and Answers knowledge and support exam preparation. Choose a topic below to get started.

1.

How does the pole of the transfer function change?

A. Goes nearer to the origin for the green curve than the red curve
B. Goes further from the origin for the red curve than the blue curve
C. Goes nearer to the origin for the blue curve than the red curve
D. Goes nearer to the origin for the red curve than the blue curve
Answer» E.
Discussion
2.

Fill the half-filled code snippet which generates the following curve:

A. _______(1,[1 __])
B. impulse, 0, 0
C. impulse, 0
D. impulse, 0 1
E. impulse, 1, 0
Answer» B. impulse, 0, 0
Discussion
3.

Which response has the least amplitude in the transfer function?

A. Yellow
B. Red
C. Blue
D. Data inadequate
Answer» D. Data inadequate
Discussion
4.

Which response has the highest amplitude of step function?

A. Yellow
B. Red
C. Blue
D. Data inadequate
Answer» B. Red
Discussion
5.

The following figure shows a set of impulse responses. Identify which system provides the least delay.

A. Blue
B. Red
C. Delay
D. Purple
Answer» B. Red
Discussion
6.

The following figure shows a set of impulse responses. Identify which system provides the greatest delay.

A. Blue
B. Red
C. Delay
D. Purple
Answer» E.
Discussion
7.

What is the impulse response till t=16 unit in time of a system whose transfer function is that of the following?

A. 3⁄4*r(t-4) + 3⁄4*r(t-16)+u(t-16)
B. 3⁄4*r(t-4) – 3⁄4*r(t+16)-u(t-16)
C. 3⁄4*r(t-4) – 3⁄4*r(t-16)-u(t-16)
D. 3⁄4*r(t-4) – 3⁄4*r(t+16)-u(t+16)
Answer» D. 3⁄4*r(t-4) – 3⁄4*r(t+16)-u(t+16)
Discussion
8.

What is the impulse response of a system whose transfer function is that of pulse function?

A. u(t)+u(t-4)
B. u(t)-u(t-3)
C. u(t)-u(t-4)
D. u(t)-u(t+4)
Answer» D. u(t)-u(t+4)
Discussion