For the system in the figure: Find the total average power, total reactive power, total apparent power, and total power factor. Find the current Is (in phasor form). If the loads can be modeled as a resistance in series with a reactive element (capacitor or inductor), find the impedance of each load. Confirm the result of part B using the input voltage and the result of part C... Para el sistema de la figura:A. Encuentre la potencia promedio total, la potencia reactiva total, la potencia aparente total y el factor de potencia total.B. Encuentre la corriente Is (en forma fasorial).C. Si las cargas pueden ser modeladas como una resistencia en serie con un elemento reactivo (capacitor o inductor), encuentre laimpedancia de cada carga.D. Confirme el resultado del inciso B usando el voltaje de entrada y el resultado del inciso C.Load 2O VAR300 WI,Load 1Load 3E = 100 V Z0°500 VAR (C)O W500 VAR (L)600 W

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Answered: Para el sistema de la figura: A.…

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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For the system in the figure: Find the total average power, total reactive power, total apparent power, and total power factor. Find the current Is (in phasor form). If the loads can be modeled as a resistance in series with a reactive element (capacitor or inductor), find the impedance of each load. Confirm the result of part B using the input voltage and the result of part C.

Para el sistema de la figura:
A. Encuentre la potencia promedio total, la potencia reactiva total, la potencia aparente total y el factor de potencia total.
B. Encuentre la corriente Is (en forma fasorial).
C. Si las cargas pueden ser modeladas como una resistencia en serie con un elemento reactivo (capacitor o inductor), encuentre la
impedancia de cada carga.
D. Confirme el resultado del inciso B usando el voltaje de entrada y el resultado del inciso C.
Load 2
O VAR
300 W
I,
Load 1
Load 3
E = 100 V Z0°
500 VAR (C)
O W
500 VAR (L)
600 W

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