Determine the impedance value of the three "loads" and VL in the following circuit if the source voltage V(t) = 30 · sin(377 · t + 45° ) volts R=20ΩL=50mHC=100uF Problem #2) Determine the impedance values of the three "loads" and VL in the following circuit if the source voltage153RwwwZR=C=ZcΩZI.=Zc=VL =(7) - 30-sin(377 -:+45°) volts.L-50mHC-100 F

The given circuit is shown below.The source voltage is Volts.Angular frequency is rad/sec.

Answered: Determine the impedance value of the…

Determine the impedance value of the three "loads" and VL in the following circuit if the source voltage V(t) = 30 · sin(377 · t + 45° ) volts R=20Ω L=50mH C=100uF

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...

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Question

Determine the impedance value of the three "loads" and VL in the following circuit if the source voltage V(t) = 30 · sin(377 · t + 45° ) volts R=20Ω L=50mH C=100uF

Problem #2) Determine the impedance values of the three "loads" and VL in the following circuit if the source voltage
153
R
www
ZR=
C=Zc
Ω
ZI.=
Zc=
VL =
(7) - 30-sin(377 -:+45°) volts.
L-50mH
C-100 F

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