2. state the given circuit in sinusoidal steady-state (SSH) using the node voltage method. Analyze and find the voltage vo(t). Use the notation provided for the node names and 4. take node as reference node Element values: e(t) = 5 cos(10t + )v, i(t) = 3 cos(10t)A, R1 = 20, C2 = 0.1F, L3 = 0.3H, R4 = 42 %3D %3D

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2. state the given circuit in sinusoidal steady-state (SSH) using the node voltage method.
Analyze and find the voltage vo(t). Use the notation provided for the node names and 4.
take node as reference node
Element values:
e(t) = 5 cos(10t +)v, i(t) = 3 cos(10t)A,
R1 = 20, C2 = 0.1F, L3 = 0.3H,
R4 = 42
%3D
Ri
L3
+
e(t) Ç1YC2-
Vo
Ç2
R4 Ç3Yi(t)(↑
Transcribed Image Text:2. state the given circuit in sinusoidal steady-state (SSH) using the node voltage method. Analyze and find the voltage vo(t). Use the notation provided for the node names and 4. take node as reference node Element values: e(t) = 5 cos(10t +)v, i(t) = 3 cos(10t)A, R1 = 20, C2 = 0.1F, L3 = 0.3H, R4 = 42 %3D Ri L3 + e(t) Ç1YC2- Vo Ç2 R4 Ç3Yi(t)(↑
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