Find the following IVs and FVs for the given circuit. Note u(-t) is 0 for t>0. Use KCL and KVL can help you to determine the answers. Use negative sign if direction is opposite to the given direction. (a) The initial capacitor voltage v, (0+) = 2.5 and the initial inductor current iz (0+) = 0.5 du(0) dt (b) The rate of capacitor voltage change 40 dt Somal -16 (c) The final voltage v (oo) = -2.5 current i (0) = 7.5 4u(-t) V (+ 3Ω www V and the rate of inductor current change 8 0.25 H m 0.1 F A +21 = www V A 592 V and the final 4u(t) A

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Find the following IVs and FVs for the given circuit. Note u(-t) is 0
for t>0. Use KCL and KVL can help you to determine the answers.
Use negative sign if direction is opposite to the given direction.
(a) The initial capacitor voltage v (0+) = 2.5
and the initial inductor current iz (0+) = 0.5
du (0*)
dt
(b) The rate of capacitor voltage change
40
dt
Semal
-16
(c) The final voltage v (oo) = -2.5
current i (∞0) = 7.5
Au(-t) V (+
3Ω
ww
0.25 H
m
V
and the rate of inductor current change
8
0.1 F
A
+21
=
www
V
A
592
V and the final
4u(t) A
Transcribed Image Text:Find the following IVs and FVs for the given circuit. Note u(-t) is 0 for t>0. Use KCL and KVL can help you to determine the answers. Use negative sign if direction is opposite to the given direction. (a) The initial capacitor voltage v (0+) = 2.5 and the initial inductor current iz (0+) = 0.5 du (0*) dt (b) The rate of capacitor voltage change 40 dt Semal -16 (c) The final voltage v (oo) = -2.5 current i (∞0) = 7.5 Au(-t) V (+ 3Ω ww 0.25 H m V and the rate of inductor current change 8 0.1 F A +21 = www V A 592 V and the final 4u(t) A
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