2. A series AC circuit consisting of R = 750 2 and C = 3 µF areconnected across a voltage source V = 100 VL0°, 60 Hz.Determine:(a) Capacitive Reactance, Xc =오L。(b) Impedance, Z =오L。%3D(c) Current, I =mA L °(d) Voltage drops, VR =VL °Vc =VL °(e) circuit phase angle, 0 :(f) phase relationship of V and I :The current Ithe V by the angle 0. Use 2n = 6.28Computations :1 to 2 decimal placesAnswers (as indicated) in polar form.

Answered: Image /qna-images/answer/8237cd39-eb32-46a8-a80d-542f68613d8f.jpg

2. A series AC circuit consisting of R = 750 N and C = 3 µF are connected across a voltage source V = 100 VL0°, 60 Hz. Determine: (a) Capacitive Reactance, Xc : (b) Impedance, Z = (c) Current, I = mA L ° (d) Voltage drops, VR VL ° Vc = VL ° (e) circuit phase angle, 0 = (f) phase relationship of V and I : The current I the V by the angle 0.

2. A series AC circuit consisting of R = 750 N and C = 3 µF are connected across a voltage source V = 100 VL0°, 60 Hz. Determine: (a) Capacitive Reactance, Xc : (b) Impedance, Z = (c) Current, I = mA L ° (d) Voltage drops, VR VL ° Vc = VL ° (e) circuit phase angle, 0 = (f) phase relationship of V and I : The current I the V by the angle 0.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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