ERсCalculate the circuit's active, reactive and apparent powers and it's power factor. Give the answers to one decimal place. R = 40N, L = H, C =E = 640V0° and angular frequency omega = 377rad/s. Give the angle in degrees.Power factor:kV ArThe absolute value of the apparent power and it's phase-shift angle:Active power:kW(NOTE! only one try is allowed for active power and after that the correct active power is given as a hint for the calculation of reactive and apparentpower)Reactive power:25000kVAF₁

Answered: Image /qna-images/answer/1828f1f7-6223-406a-96ae-10e946c9cca8.jpg

25000 ate the circuit's active, reactive and apparent powers and it's power factor. Give the answers to one decimal place. R = 400, L=H.C= F. 40V0° and angular frequency omega = 377rad/s. Give the angle in degrees. R power: kW ! only one try is allowed for active power and after that the correct active power is given as a hint for the calculation of reactive and apparent ) ve power: kV Ar solute value of the apparent power and it's phase-shift angle: factor: kVA

25000 ate the circuit's active, reactive and apparent powers and it's power factor. Give the answers to one decimal place. R = 400, L=H.C= F. 40V0° and angular frequency omega = 377rad/s. Give the angle in degrees. R power: kW ! only one try is allowed for active power and after that the correct active power is given as a hint for the calculation of reactive and apparent ) ve power: kV Ar solute value of the apparent power and it's phase-shift angle: factor: kVA

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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