For the circuit shown, the load ZL absorbs 2+j3 kVA and it is required to correct the power factor to unity. The value of the capacitance required to increase the power factor to unity is...micro Farad 150 V rms ZL 60 Hz 864.8

For the circuit shown, the load ZL absorbs 2+j3 kVA and it is required to correct the power factor to unity. The value of the capacitance required to increase the power factor to unity is...micro Farad 150 V rms ZL 60 Hz 864.8

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

O 864.8
O 630
O353.7
320.9
none of the above
O513.9
0298.7
4178

For the circuit shown, the load ZL absorbs 2+j3 kVA and it is required to correct the power
factor to unity. The value of the capacitance required to increase the power factor to unity
is..micro Farad
150 V rms
60 Hz
864.8
630

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can you doing this with detail explaination..thank you!
A sinusoidal current of 5 Arms is flowing through a series combination of a resistor and Inductor. The value of R is 45 ohms and that of the inductance is 15 mH and a frequency of 60 Hz. Find the magnitude and the phase angle of the voltage across the combination. (Hint: you can use phasor diagram). Select one: a. [V]=28.89, angle=9.39 b. IV]=25.60, angle367.00 c. [V]=128.01, angle3D10.18 d. IVl=226.77, angle=D7.16
Solve for 20 V rms supply. Thank you.
. Determine the capacitance value that, when placed in parallel with this load, would produce a unity power factor. Assume that the source is 230 V at 60 Hz. The Q shown is a positive Inductive reactive power, which would have to be “offset” by the same value of Reactive Capacitance Power.