What is the impulse response till t=16 unit in time of a system whose – McqOptions

MCQOPTIONS

1.	What is the impulse response till t=16 unit in time of a system whose transfer function is that of the following?
A.	3⁄4r(t-4) + 3⁄4r(t-16)+u(t-16)
B.	3⁄4r(t-4) – 3⁄4r(t+16)-u(t-16)
C.	3⁄4r(t-4) – 3⁄4r(t-16)-u(t-16)
D.	3⁄4r(t-4) – 3⁄4r(t+16)-u(t+16)
Answer» D. 3⁄4r(t-4) – 3⁄4r(t+16)-u(t+16)

Discussion

No Comment Found

Related MCQs

The poles of the transfer function of a sinusoidal system can represent the frequency of the impulse response of the sinusoidal system.
Which response would provide a higher stability?
How does the pole of the transfer function change?
Choose the correct option after observing the given graph and the code snippet carefully. impulse(1,[1 _], ‘red’);hold on;impulse(1,[1 a], ‘blue’);impulse(1,[1 b], ‘yellow’);impulse(1,[1 _], ‘green’);
Fill the half-filled code snippet to get the following graph: impulse(1,[1 _], ‘red’);____; impulse(1,[1 _], ‘blue’);impulse(1,[1 _], ‘yellow’);impulse(1,[1 _], ‘green’);
Fill the half-filled code snippet which generates the following curve:_______(1,[1 __])
The o/p of the following two code snippets are ___
Which response has the least amplitude in the transfer function?
Which response has the highest amplitude of step function?
The following figure shows a set of impulse responses. Identify which system provides the least delay.