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This section includes 5 Mcqs, each offering curated multiple-choice questions to sharpen your Signals & Systems knowledge and support exam preparation. Choose a topic below to get started.
1. |
What is the necessary and sufficient condition for a sum of a periodic continuous time signal to be periodic? |
A. | Ratio of period of the first signal to period of other signals should be constant |
B. | Ratio of period of the first signal to period of other signals should be finite |
C. | Ratio of period of the first signal to period of other signals should be real |
D. | Ratio of period of first signal to period of other signal should be rational |
Answer» E. | |
2. |
How is the period of the sum signal computed as? |
A. | T*n |
B. | T*T |
C. | T*N+M |
D. | T *(n+m) |
Answer» B. T*T | |
3. |
When is the sum of M periodic signals periodic? |
A. | T/T<sub>i</sub> = 1 |
B. | T/T<sub>i</sub> = 4 |
C. | T/T<sub>i</sub> = n<sub>i</sub> |
D. | T/T<sub>i</sub> = m+n |
Answer» D. T/T<sub>i</sub> = m+n | |
4. |
What is the area of a periodic signal in a periodic interval? |
A. | It depends on the situation |
B. | It is same as the area in the previous interval |
C. | It is different in different situations |
D. | It is the square of the fundamental period |
Answer» C. It is different in different situations | |
5. |
A discrete time periodic signal is defined as x(n)= x(n+N)
|
A. | Samples/ cycle |
B. | Samples/ twice cycle |
C. | Fundamental period |
D. | Rate of change of the period |
Answer» B. Samples/ twice cycle | |