Use the superposition principle to obtain $v_{x}$ in the circuit given in the figure. Let $v_{s} = 50 sin (2 t) V$ and $i_{s} = 12 cos (6 t + 1 0^{?}) A$ . Take $L = 4 H$ . The value of $v_{x} = 1$ (2) $cos (6 t +$ (9) + $sin (2 t ?$ (2) 7) $V$ .

Question

Use the superposition principle to obtain

v_{x}

in the circuit given in the figure. Let

v_{s} = 50 sin (2 t) V

and

i_{s} = 12 cos (6 t + 1 0^{?}) A

. Take

L = 4 H

. The value of

v_{x} = 1

(2)

cos (6 t +

(9) +

sin (2 t ?

(2) 7)

V

.

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