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8. Each load in the circuit of Fig. 12.31 is composed of an inductive impedance 100/28° 2 in parallel with a 500 nF capacitor. The resistance labeled R. =1Q. Using positive phase sequence with V = 24020° V at f = 50 Hz, determine the rms line current, the total power delivered to the load, and the power lost in the wiring.

8. Each load in the circuit of Fig. 12.31 is composed of an inductive impedance 100/28° 2 in parallel with a 500 nF capacitor. The resistance labeled R. =1Q. Using positive phase sequence with V = 24020° V at f = 50 Hz, determine the rms line current, the total power delivered to the load, and the power lost in the wiring.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Figure 12.31 R V Z, V bn R by
Transcribed Image Text:Figure 12.31 R V Z, V bn R by
8. Each load in the circuit of Fig. 12.31 is composed of an inductive impedance 100/28° 2 in parallel with a 500 nF capacitor. The resistance labeled R =1 N. Using positive phase sequence with V = 24020° V at f = 50 Hz, determine the rms line current, the total power delivered to the load, and the power lost in the wiring.
Transcribed Image Text:8. Each load in the circuit of Fig. 12.31 is composed of an inductive impedance 100/28° 2 in parallel with a 500 nF capacitor. The resistance labeled R =1 N. Using positive phase sequence with V = 24020° V at f = 50 Hz, determine the rms line current, the total power delivered to the load, and the power lost in the wiring.
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