Use phasor/frequency domain techniques to find the equation for vc(t) and i (t) in steady state. Start by drawing the circuit in the frequency domain. Clearly label all components. Then solve in the frequency domain. Finally, determine vc(t) and ir(t). Put your final equations in the boxes provided.

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ISBN:9780133923605
Author:Robert L. Boylestad
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Use phasor/frequency domain techniques to find the equation for vo(t) and ir(t) in steady
state. Start by drawing the circuit in the frequency domain. Clearly label all components.
Then solve in the frequency domain. Finally, determine vc(t) and ir(t). Put your final
equations in the boxes provided.
52
10cos(1000t + 30°)
liz(t)
6mH
mF
vc(t)
Transcribed Image Text:Use phasor/frequency domain techniques to find the equation for vo(t) and ir(t) in steady state. Start by drawing the circuit in the frequency domain. Clearly label all components. Then solve in the frequency domain. Finally, determine vc(t) and ir(t). Put your final equations in the boxes provided. 52 10cos(1000t + 30°) liz(t) 6mH mF vc(t)
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