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A delta connected, balanced three phase load consisting of three impedances of 20 ohms 30 degrees is supplied with the balanced line-to-line voltages. It is given as 374 Volt 30 degrees between phase A and phase B. Calculate the following unknowns Line current in line for phase and the total reactive power supplied to the load. Line current in line for phase B is The total reactive power supplied to the load is A with VA degrees

A delta connected, balanced three phase load consisting of three impedances of 20 ohms 30 degrees is supplied with the balanced line-to-line voltages. It is given as 374 Volt 30 degrees between phase A and phase B. Calculate the following unknowns Line current in line for phase and the total reactive power supplied to the load. Line current in line for phase B is The total reactive power supplied to the load is A with VA degrees

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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A delta-connected, balanced three-phase load consisting of three impedances of 20 ohms 30 degrees is supplied with the balanced line-to-line voltages. It is given as 374 Volt 30 degrees between phase A and phase B. Calculate the following unknowns. Line current in line for phase B and the total reactive power supplied to the load. Line current in line for phase B is The total reactive power supplied to the load is A with VA degrees
Transcribed Image Text:A delta-connected, balanced three-phase load consisting of three impedances of 20 ohms 30 degrees is supplied with the balanced line-to-line voltages. It is given as 374 Volt 30 degrees between phase A and phase B. Calculate the following unknowns. Line current in line for phase B and the total reactive power supplied to the load. Line current in line for phase B is The total reactive power supplied to the load is A with VA degrees
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