A delta-star system the impedances of the load are as follows: Za =24.082-48.37°2; Zb=25.52 48.18° 2 and Ze=22.672 41.42° 0. The load is supplied from a 50 Hz,symmetrical, three phase supply Eab=440/-20° V with a phase sequence of ABC. Use Millman's theorem and determine 1. the magnitude and angle of the neutral displacement voltage, (Vsn) in the phasor form. 2. determine the phase voltage (Vas) of the load in polar form.(Magnitude 3. determine the phase voltage (Vas) of the load in polar form.(Angle 4. determine the phase voltage (Vbs) of the load in polar form(Magnitude 5. determine the phase voltage (Vbs) of the load in polar form. (Angle 6. determine the phase voltage (Vcs) of the load in polar form.(Magnitude 7. determine the phase voltage (Vcs) of the load in polar form.(Angle Magnitude and Angle of the following -la -lb -Ic -Sa

A delta-star system the impedances of the load are as follows: Za =24.082-48.37°2; Zb=25.52 48.18° 2 and Ze=22.672 41.42° 0. The load is supplied from a 50 Hz,symmetrical, three phase supply Eab=440/-20° V with a phase sequence of ABC. Use Millman's theorem and determine 1. the magnitude and angle of the neutral displacement voltage, (Vsn) in the phasor form. 2. determine the phase voltage (Vas) of the load in polar form.(Magnitude 3. determine the phase voltage (Vas) of the load in polar form.(Angle 4. determine the phase voltage (Vbs) of the load in polar form(Magnitude 5. determine the phase voltage (Vbs) of the load in polar form. (Angle 6. determine the phase voltage (Vcs) of the load in polar form.(Magnitude 7. determine the phase voltage (Vcs) of the load in polar form.(Angle Magnitude and Angle of the following -la -lb -Ic -Sa

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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