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The figure displays a three-phase delta-connected motor load which is connected to a line voltage of 440 V and draws 4 kVA at a power factor of 72 percent lagging. In addition, a single 1.8 KVAR capacitor is connected between lines a and b, while a 800-W lighting load is connected between line c and neutral. Assuming the abc sequenče ånd taking Van = Vp/ 00, find the magnitude and phase angle of currents /a, Ip. la, and In. I ао I, 1.8 KVAR bo Motor load I, 4 kVA, do pf = 72%, lagging Single phase, S00 W lighting load connected to phase C only. Pf for lighting loads is unity. 800 W lighting load 2 = | A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. I = A Degrees. Write your answer in numeral form without units, rounded off to one(1) decimal places.

The figure displays a three-phase delta-connected motor load which is connected to a line voltage of 440 V and draws 4 kVA at a power factor of 72 percent lagging. In addition, a single 1.8 KVAR capacitor is connected between lines a and b, while a 800-W lighting load is connected between line c and neutral. Assuming the abc sequenče ånd taking Van = Vp/ 00, find the magnitude and phase angle of currents /a, Ip. la, and In. I ао I, 1.8 KVAR bo Motor load I, 4 kVA, do pf = 72%, lagging Single phase, S00 W lighting load connected to phase C only. Pf for lighting loads is unity. 800 W lighting load 2 = | A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. I = A Degrees. Write your answer in numeral form without units, rounded off to one(1) decimal places.

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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The figure displays a three-phase delta-connected motor load which is connected to a line voltage of 440 V and draws 4 kVA at a power factor of 72 percent lagging. In addition, a single 1.8 KVAR capacitor is connected between lines a and b, while a 800-W lighting load is connected between line c and neutral. Assuming the abc sequeñče ănd taking Van = Vo, 0°, find the magnitude and phase angle of currents la, Ip, Ic, and In. a o I, 1.8 KVAR bo Motor load со I, 4 kVA, do pf = 72%, lagging Single phase, 800 W lighting load connected to phase C only. Pf for lighting loads is unity. 800 W lighting load A Degrees. Wn e your answer in numeral form without units, rounded off to two(2) decimal places. Ib = A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. A Degrees. Write your answer in numeral form without units, rounded off to one(1) decimal places. In = A Degrees. Write your answer in numeral form without units without decimal places.
Transcribed Image Text:The figure displays a three-phase delta-connected motor load which is connected to a line voltage of 440 V and draws 4 kVA at a power factor of 72 percent lagging. In addition, a single 1.8 KVAR capacitor is connected between lines a and b, while a 800-W lighting load is connected between line c and neutral. Assuming the abc sequeñče ănd taking Van = Vo, 0°, find the magnitude and phase angle of currents la, Ip, Ic, and In. a o I, 1.8 KVAR bo Motor load со I, 4 kVA, do pf = 72%, lagging Single phase, 800 W lighting load connected to phase C only. Pf for lighting loads is unity. 800 W lighting load A Degrees. Wn e your answer in numeral form without units, rounded off to two(2) decimal places. Ib = A Degrees. Write your answer in numeral form without units, rounded off to two(2) decimal places. A Degrees. Write your answer in numeral form without units, rounded off to one(1) decimal places. In = A Degrees. Write your answer in numeral form without units without decimal places.
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