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A 6.36 µF capacitor is connected in parallel with a resistance of 5000 and the combination is connected in series with a 500n resistor. The whole circuit is connected across an ac source given by e=300sin (wt) + 100 sin(3wt +30°). If w = 314 rad/s. find: a) Irms b) Vrms c) total active power d) total power factor e) total reactive power f) total apparent power

A 6.36 µF capacitor is connected in parallel with a resistance of 5000 and the combination is connected in series with a 500n resistor. The whole circuit is connected across an ac source given by e=300sin (wt) + 100 sin(3wt +30°). If w = 314 rad/s. find: a) Irms b) Vrms c) total active power d) total power factor e) total reactive power f) total apparent power

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A 6.36 µF capacitor is connected in parallel with a resistance of 5000 and the combination is connected in series with a 5000 resistor. The whole circuit is connected across an ac source given by e=300sin (wt) + 100 sin(3wt +30°). If w = 314 rad/s. find: a) Irms b) Vrms c) total active power d) total power factor e) total reactive power f) total apparent power
Transcribed Image Text:A 6.36 µF capacitor is connected in parallel with a resistance of 5000 and the combination is connected in series with a 5000 resistor. The whole circuit is connected across an ac source given by e=300sin (wt) + 100 sin(3wt +30°). If w = 314 rad/s. find: a) Irms b) Vrms c) total active power d) total power factor e) total reactive power f) total apparent power
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