Q1): For the circuit shown in Fig.(1), the switch was in position (2) for long time, at time (t-0) the switch is moved to position (1), use the LAPLACE transform method to find ic(t) and Ve(t) for 120 and plot Ve(t) and i.(t). Fig.(1) FFFF 100 600 200 40V 20n Some LAPLACE Transform Pairs f(t) A t 1 te-at Sinwt Coswt (1-e-at) F(s) A 1 1 1 W 5² 1 (S+a)² S S²+w² S+a S(S+ a) S²+w²

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q1): For the circuit shown in Fig.(1), the switch was in position (2) for long time, at time (t-0) the
switch is moved to position (1), use the LAPLACE transform method to find ic(t) and V.(t) for 120
and plot V.(t) and ic(t).
40
100
#FI
6A
Fig.(1)
600
200
+40v
Some LAPLACE Transform Pairs
f(t)
A
t
1
Sinwt
Coswt
(-e-)
F(s)
А
1
1
1
W
S
S²+w²
52
S+a
S(S+ a)
5²+w²
AIS
20nF
te-at
1
(S+ a)²
www
Transcribed Image Text:Q1): For the circuit shown in Fig.(1), the switch was in position (2) for long time, at time (t-0) the switch is moved to position (1), use the LAPLACE transform method to find ic(t) and V.(t) for 120 and plot V.(t) and ic(t). 40 100 #FI 6A Fig.(1) 600 200 +40v Some LAPLACE Transform Pairs f(t) A t 1 Sinwt Coswt (-e-) F(s) А 1 1 1 W S S²+w² 52 S+a S(S+ a) 5²+w² AIS 20nF te-at 1 (S+ a)² www
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