(a) Compute the impedance and phase angle for this circuit.
(b) Find an expression for the current i(t) in the circuit.
(c) Evaluate the potential drop across each circuit element at t = 0.7s and verify that their sum totals to e(t) at this same time.
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R = 50 ohm
L = 200 mH == 0.2 H
C = 10 muF = 10*10^(-6) F
e(t) = 200 sin(500t)
hence, omega (w) = 500
Vo = 200 V
Z = sqrt (R^2 + (X_L - X_C )^2)
X_L = w*L = 500*0.2 = 100 ohm
X_C = 1/(w*C) = 1/(500*10*10^(-6)) ...
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