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Generator Load 1 Zfl Zfl VL 201 201 201 Zfl Load 2 202 202 Z42 V Consider the 440Hz three-phase system shown below. Load 1 is 4 - connected presenting P = 5 60' kW and Q = -1kVAr. The impedance of the feeder between Load 1 and Load 2 (Y - connected) is 0.5 + j 0.20 A. The impedance of Load 2 is 10llcorner25°2. Compute: a. The impedance of the 4- connected load. b. The (rms) voltage that appears across each element of the Y - connected load. c. The active power losses across the feeder. d. The voltage drop across the feeder. e. The reactive power consumed by the Y - connected load f. The apparent power supplied by the source g. Draw the per-phase equivalent circuit of the system. h. Draw the phasor diagram for the per-phase equivalent circuit, showing: Voltage and current of the source, current of Load 1. current in the feeder.

Generator Load 1 Zfl Zfl VL 201 201 201 Zfl Load 2 202 202 Z42 V Consider the 440Hz three-phase system shown below. Load 1 is 4 - connected presenting P = 5 60' kW and Q = -1kVAr. The impedance of the feeder between Load 1 and Load 2 (Y - connected) is 0.5 + j 0.20 A. The impedance of Load 2 is 10llcorner25°2. Compute: a. The impedance of the 4- connected load. b. The (rms) voltage that appears across each element of the Y - connected load. c. The active power losses across the feeder. d. The voltage drop across the feeder. e. The reactive power consumed by the Y - connected load f. The apparent power supplied by the source g. Draw the per-phase equivalent circuit of the system. h. Draw the phasor diagram for the per-phase equivalent circuit, showing: Voltage and current of the source, current of Load 1. current in the feeder.

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Generator Load 1 Zfl Zfl VL 201 201 201 Zfl Load 2 202 202 Z42
Transcribed Image Text:Generator Load 1 Zfl Zfl VL 201 201 201 Zfl Load 2 202 202 Z42
V Consider the 440Hz three-phase system shown below. Load 1 is 4 - connected presenting P = 5 60' kW and Q = -1kVAr. The impedance of the feeder between Load 1 and Load 2 (Y - connected) is 0.5 + j 0.20 A. The impedance of Load 2 is 10llcorner25°2. Compute: a. The impedance of the 4- connected load. b. The (rms) voltage that appears across each element of the Y - connected load. c. The active power losses across the feeder. d. The voltage drop across the feeder. e. The reactive power consumed by the Y - connected load f. The apparent power supplied by the source g. Draw the per-phase equivalent circuit of the system. h. Draw the phasor diagram for the per-phase equivalent circuit, showing: Voltage and current of the source, current of Load 1. current in the feeder.
Transcribed Image Text:V Consider the 440Hz three-phase system shown below. Load 1 is 4 - connected presenting P = 5 60' kW and Q = -1kVAr. The impedance of the feeder between Load 1 and Load 2 (Y - connected) is 0.5 + j 0.20 A. The impedance of Load 2 is 10llcorner25°2. Compute: a. The impedance of the 4- connected load. b. The (rms) voltage that appears across each element of the Y - connected load. c. The active power losses across the feeder. d. The voltage drop across the feeder. e. The reactive power consumed by the Y - connected load f. The apparent power supplied by the source g. Draw the per-phase equivalent circuit of the system. h. Draw the phasor diagram for the per-phase equivalent circuit, showing: Voltage and current of the source, current of Load 1. current in the feeder.
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