wt V and i i. = 10 cos at A || whe

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Author:Robert L. Boylestad
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The circuit in Figure Q2 is operating in the sinusoidal steady state.
1092 2μF
2.5mH
2092
WE
m
W
ia
ic
+
is (↑)
100μΗ
592 v(t)
9μF
Vs
Figure Q2
(a) Given sinusoidal sources, Vs = 100 sin wt V and is
10 cos wt A, where
w = 10 krad/s. Solve the steady state currents and voltage expression: ia, ip, ic
and v(t) using any TWO (2) circuit analysis technique, i.e., nodal, mesh, source
transformation, etc.
ли
↓ib
+
Transcribed Image Text:The circuit in Figure Q2 is operating in the sinusoidal steady state. 1092 2μF 2.5mH 2092 WE m W ia ic + is (↑) 100μΗ 592 v(t) 9μF Vs Figure Q2 (a) Given sinusoidal sources, Vs = 100 sin wt V and is 10 cos wt A, where w = 10 krad/s. Solve the steady state currents and voltage expression: ia, ip, ic and v(t) using any TWO (2) circuit analysis technique, i.e., nodal, mesh, source transformation, etc. ли ↓ib +
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