11.30. A Y-connected load, with Z = 10Z–60° N, ZR = 10/0° Q, and Z. = 10Z60° Q, is connected to a three- phase, three-wire, CBA system having effective line voltage 147.1 V. Obtain the line currents I, I, and I. 11.31. A three-phase, three-wire, ABC system with a balanced load has effective line voltage 200 V and (maximum) line current I, = 13.61/60° A. Obtain the total power. 11.32. Two balanced A-connected loads, with impedances 20/-60° Q and 18/45°, respectively, are connected to a = 212.1 /0° V. Obtain the phase power of each load. After three-phase system for which a line voltage is V, using the single-line equivalent method to obtain the total line current, compute the total power, and compare with the sum of the phase powers. BC

11.30. A Y-connected load, with Z = 10Z–60° N, ZR = 10/0° Q, and Z. = 10Z60° Q, is connected to a three- phase, three-wire, CBA system having effective line voltage 147.1 V. Obtain the line currents I, I, and I. 11.31. A three-phase, three-wire, ABC system with a balanced load has effective line voltage 200 V and (maximum) line current I, = 13.61/60° A. Obtain the total power. 11.32. Two balanced A-connected loads, with impedances 20/-60° Q and 18/45°, respectively, are connected to a = 212.1 /0° V. Obtain the phase power of each load. After three-phase system for which a line voltage is V, using the single-line equivalent method to obtain the total line current, compute the total power, and compare with the sum of the phase powers. BC

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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