Question 3To reduce the power consumption, the capacitorsCompleteshould be locatedMarked out of1.00O a. As far as possible to the loadP Flag questionb. Not suitable placeO c. As close as possible to the loadd. Not too close not too far from the loadQuestion 4A load 200+j0 ohms is connected across a 250 V andComplete50 Hz supply. Find the reactive power.Marked out of1.00O a. 350 VARP Flag questionO b. 360 VARO C. zero VAROd. 420 VAR

Answer 3: Locating capacitor as close as possible to the Load end will help to reduce losses within…

Question 3 To reduce the power consumption, the capacitors should be located Complete Marked out of 1.00 O a. As far as possible to the load P Flag question b. Not suitable place O C. As close as possible to the load O d. Not too close not too far from the load Question 4 A load 200+j0 ohms is connected across a 250 V and 50 Hz supply. Find the reactive power. Complete Marked out of 1.00 a. 350 VAR P Flag question O b. 360 VAR C. zero VAR d. 420 VAR

Question 3 To reduce the power consumption, the capacitors should be located Complete Marked out of 1.00 O a. As far as possible to the load P Flag question b. Not suitable place O C. As close as possible to the load O d. Not too close not too far from the load Question 4 A load 200+j0 ohms is connected across a 250 V and 50 Hz supply. Find the reactive power. Complete Marked out of 1.00 a. 350 VAR P Flag question O b. 360 VAR C. zero VAR d. 420 VAR

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...

See similar textbooks

Similar questions

Calculate the ripple factor in a half-wave combiner circuit and the value of the output frequency, if you know that the value of Voc = 5V and 10 = V(rms)out) and the input frequency is 90 Hz
Plz solve all parts. Will give thumbs up!
An impedance coil absorbs 250 W when connected across 220 V, 60 Hz mains. It is then connected across 110V 25Hz mains and also absorbs 250 W. What is the inductance of the coil? a. 0.125 H b. 0.149 H c. 0.154 H d. 0.163 H
The peak voltage for a 60 Hz sinewave with rms voltage of 208 V is: 507 V 145 V 294 V 703 V
Calculate the rms value of the output voltage of an AC-AC converter with the following specifications. Vs—110*sqrt(2)*sin(wt), Alpha Pi/6
Three similar Capacitors are connected in delta across 440V,50 Hz 3 phase lines. The line current is 15A. Calculate the value of each Capacitor. To what value should the line voltage be changed to obtain the same line current with the Capacitors are in star connected?
i need the answer quickly
Solve it quickly please
Q1888
r A capacitor with a reactance (Xc) of 1.2 kQ is connected in series with a 1 kQ2 resistor. The combination is connected across a sine wave ac source producing 20 mA. Using the current as a reference, the phase angle (0) of the source voltage is -50.2° Q 39.8° -39.8° 50.2° S COMMAND E D R F G Search or type URL % 5 V T G (0) > MacBook Pro 6 B Y H U N +00 8 J 1 -0. { K M > O O P option
Draw roughly the arc characteristics in alternating currents with a frequency of 50 Hz and 500 Hz, explain briefly
17. The voltage rating of a capacitor .rin Industy beonuse it hes - a. should never be exceeded b. is a minimum working voltage c. is only a suggested maximum d. can be exceeded as long as the time is under one hour