Answer d and e 240- 4.8 Amp50Vsa 403<-90' Amp8036-90° Amp] inductat currentVsie=uccapacitor (yrrent.5(wc -80240p ample = tam sto xso) =11.76 Ane$ :7°$= phose amle =power factorCos O =0.979P.F =Ans 3. A 500 resistor, an 80 0 inductor, and 60 n capacitor are connected in parallelacross 240 V 60-cycle mains. Determine (a) currents in each branches; (b)total power factor angle; (c) total power factor; (d) draw the phasor diagram.(e) To what value of capacitance should the capacitor be adjusted until thecurrent of the circuit is in-phase with the voltage.

Answered: Image /qna-images/answer/47b3baac-00b0-4b3a-b9ac-0b558978deef.jpg

total power factor angle; (c) total power factor; (d) draw the phasor diagram. (e) To what value of capacitance should the capacitor be adjusted until the current of the circuit is in-phase with the voltage.

total power factor angle; (c) total power factor; (d) draw the phasor diagram. (e) To what value of capacitance should the capacitor be adjusted until the current of the circuit is in-phase with the voltage.

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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Question

Answer d and e

240
- 4.8 Amp
50
Vs
a 40
3<-90' Amp
80
36-90° Amp] inductat current
Vs
ie=uccapacitor (yrrent.
5(wc -
80
240
p ample = tam sto xso) =
11.76 Ane
$ :
7°
$= phose amle =
power factor
Cos O =
0.979
P.F =
Ans

3. A 500 resistor, an 80 0 inductor, and 60 n capacitor are connected in parallel
across 240 V 60-cycle mains. Determine (a) currents in each branches; (b)
total power factor angle; (c) total power factor; (d) draw the phasor diagram.
(e) To what value of capacitance should the capacitor be adjusted until the
current of the circuit is in-phase with the voltage.

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