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4. A three-phase three-wire system has a balance Y-connected load with a 75 2 resistance, 125 mH inductance, and 55 UF capacitance in series from each line to the neutral point. Assuming positive phase sequence with V, =125 V at 60 Hz, find the line current, the total power taken by the load, and the power factor of the load.

4. A three-phase three-wire system has a balance Y-connected load with a 75 2 resistance, 125 mH inductance, and 55 UF capacitance in series from each line to the neutral point. Assuming positive phase sequence with V, =125 V at 60 Hz, find the line current, the total power taken by the load, and the power factor of the load.

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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Figure 12.31 R V Z, V bn R by
Transcribed Image Text:Figure 12.31 R V Z, V bn R by
4. A three-phase three-wire system has a balance Y-connected load with a 75 2 resistance, 125 mH inductance, and 55 UF capacitance in series from each line to the neutral point. Assuming positive phase sequence with V, = 125 V at 60 Hz, find the line current, the total power taken by the load, and the power factor of the load. 5. A lossless neutral conductor is installed between nodes n and N in the three- phase system shown in Fig. 12.31. Assume a balanced system with (+) phase sequence, but connect unbalanced loads: Zy = 8+ j6 N,Z„y = 12– j16 N, and ZCN = 5 2. If V =12020° V and R, = 0.5 S, find ILN an rms
Transcribed Image Text:4. A three-phase three-wire system has a balance Y-connected load with a 75 2 resistance, 125 mH inductance, and 55 UF capacitance in series from each line to the neutral point. Assuming positive phase sequence with V, = 125 V at 60 Hz, find the line current, the total power taken by the load, and the power factor of the load. 5. A lossless neutral conductor is installed between nodes n and N in the three- phase system shown in Fig. 12.31. Assume a balanced system with (+) phase sequence, but connect unbalanced loads: Zy = 8+ j6 N,Z„y = 12– j16 N, and ZCN = 5 2. If V =12020° V and R, = 0.5 S, find ILN an rms
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