In the circuit of Figure below R = 3Ω, L = 2H and C = 1/18 F, find the response vR(t) for t > 0.

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In the circuit of Figure below R = 3Ω, L = 2H and C = 1/18 F, find the response vR(t) for t > 0.

 

10u(1) V
R
wwwwww
VR
+
C
L
-
A. VR = 10 − [(A + Bt)e¯³t] where A and B are determined from initial conditions.
B. Vr = 10 + [(A + Bt)e³t] where A and B are determined from initial conditions.
C. VR = 10- − [(A + Bt)e³t] where A and B are determined from initial conditions.
D. VR = −10 — [(A + Bt)e¯³t] where A and B are determined from initial conditions.
Transcribed Image Text:10u(1) V R wwwwww VR + C L - A. VR = 10 − [(A + Bt)e¯³t] where A and B are determined from initial conditions. B. Vr = 10 + [(A + Bt)e³t] where A and B are determined from initial conditions. C. VR = 10- − [(A + Bt)e³t] where A and B are determined from initial conditions. D. VR = −10 — [(A + Bt)e¯³t] where A and B are determined from initial conditions.
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