1. 1/9 s
2. ¼ s
3. 4 s
4. 9 s
4 s
1. 1 rad/s
2. 2 rad/s
3. 3 rad/s
4. 4 rad/s
3 rad/s
1. - 3V
2. 0 V
3. 3 V
4. 5 V
- 3V
1. 983.33 pF
2. 1475 pF
3. 6637.5 pF
4. 9956.25 pF
1475 pF
1. 37.68????H
2. 113.04????H
3. 37.68mH
4. 113.04mH
113.04????H
1. 0.31 A
2. 1.25 A
3. 1.25 A
4. 2.5 A
1.25 A
1. First delay x[n] by 3 sample to generate z1[n], then pick every 4th sample of z1[n] to generate z2[n], and then finally time reverse z2[n] to obtain y[n]
2. First advance x[n] by 3 samples to generate z1[n], then pick every 4th sample of z1[n] to generate z2[n], and then finally time reverse z2] to obtain y[n]
3. First pick every fourth sample of x[n] to generate v1[n], time-reverse v1[n] to obtain v2[n], and finally advance v2[n] by 3 sample to obtain y[n]
4. First pick every fourth sample of x[n] to generate v1[n], time-reverse v1[n] to obtain v1[n], and finally delay v2[n] by 3 samples to obtain y[n]
First pick every fourth sample of x[n] to generate v1[n], time-reverse v1[n] to obtain v1[n], and finally delay v2[n] by 3 samples to obtain y[n]
1. causal, time-invariant and unstable
2. causal, time-variant and unstable
3. non-causal, time-invariant and unstable
4. non-causal, time-variant and unstable
non-causal, time-variant and unstable
1. It will be of the form K sin (γt) where γ = min (α, β)
2. It will be of the form K sinc (γt) where γ = max (α, β)
3. It will be of the form K sinc (αt)
4. It cannot be a since type of signal
It will be of the form K sin (γt) where γ = min (α, β)
1. T/8
2. T/4
3. T/2
4. T/2
T/4