Consider a series RLC circuit, where R = 16 2, L-2 H, C = 0.02 F, and the source voltage is v(1) – 200 sin 54), Find the charge on the capacitor and the current in the circuit if at time zero the charge O(0) – 3 Coulombs, and the current I(0) =0 Amperes. %3D Hint: v(f) = VR(1) + vz(1) \vc) where vg-iR; vz - Lvc =%, and i(t) = dQ dt dt Your Answer:
Consider a series RLC circuit, where R = 16 2, L-2 H, C = 0.02 F, and the source voltage is v(1) – 200 sin 54), Find the charge on the capacitor and the current in the circuit if at time zero the charge O(0) – 3 Coulombs, and the current I(0) =0 Amperes. %3D Hint: v(f) = VR(1) + vz(1) \vc) where vg-iR; vz - Lvc =%, and i(t) = dQ dt dt Your Answer:
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Transcribed Image Text:Consider a series RLC circuit. where R = 16 2, L-2 H, C=0.02 F, and the
source voltage is v(1) – 200 sin 54), Find the charge on the capacitor and the current in
the circuit if at time zero the charge O(0) – 3 Coulombs, and the current I(0) =0
Amperes.
%3D
dQ
Hint: v(1) = VR(1) + Vz(t) iv¢{D where vg = iR; vz - L vc =%; and i(f) =
di
|3D
dt
Your Answer:
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