Find V if the circuit is operating @ 1Hz.• Load 1:100W @ 0.8 PF Lag• Load 2:20W @ 0.5 PF LagLoad 3: 22 in series with 1H, where the 22 resistor absorbs 20WZINE 1Q in series with 0.5H.Determine the value of the capacitor C to be connected in parallel with the total load toraise the PF to unity. If this capacitor C is transferred and is connected in parallel with Load3, would the overall PF still be unity? Why or why not?Laad SudeLoad 2Load 3Load 1

Answered: Image /qna-images/answer/c9134797-96a6-48b3-ad20-278c613f9ed2.jpg

Find V if the circuit is operating @ 1Hz. • Load 1: 100W@0.8 PF Lag • Load 2: 20W@ 0.5 PF Lag • Load 3: 22 in series with IH, where the 22 resistor absorbs 20W ZINE: 12 in series with 0.5H. Determine the value of the capacitor C to be counected in parallel with the total load to raise the PF to unity. If this capacitor C is transferred and is connected in parallel with Load 3, would the overall PF still be unity? Why or why not?

Find V if the circuit is operating @ 1Hz. • Load 1: 100W@0.8 PF Lag • Load 2: 20W@ 0.5 PF Lag • Load 3: 22 in series with IH, where the 22 resistor absorbs 20W ZINE: 12 in series with 0.5H. Determine the value of the capacitor C to be counected in parallel with the total load to raise the PF to unity. If this capacitor C is transferred and is connected in parallel with Load 3, would the overall PF still be unity? Why or why not?

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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