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Fig.5.a shows the voltage and power variations of a certain circuit Fig.5.c. A passive element (capacitor/inductor) is to be connected in parallel with the load such that the new voltage and power shown in Fig.6.b. Answer the following: (b) What is the power factor of the original circuit Fig.5.a. What is the real and reactive power of the original circuit Fig.5.a What is the RMS value of the Load current of the original circuit IL Fig.5.a plement to be added in parallel to obtain Fig.5.b.

Fig.5.a shows the voltage and power variations of a certain circuit Fig.5.c. A passive element (capacitor/inductor) is to be connected in parallel with the load such that the new voltage and power shown in Fig.6.b. Answer the following: (b) What is the power factor of the original circuit Fig.5.a. What is the real and reactive power of the original circuit Fig.5.a What is the RMS value of the Load current of the original circuit IL Fig.5.a plement to be added in parallel to obtain Fig.5.b.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Choo Fig.5.a shows the voltage and power variations of a certain circuit Fig.5.c. A passive element (capacitor/inductor) is to be connected in parallel with the load such that the new voltage and power shown in Fig.6.b. Answer the following: (b) (c) What is the power factor of the original circuit Fig.5.a. What is the real and reactive power of the original circuit Fig.5.a What is the RMS value of the Load current of the original circuit I, Fig.5.a What is the nature and value of the element to be added in parallel to obtain Fig.5.b. What is the RMS values of the current Ix and Is in Fig.5.b. 15 10 -5 -10 20 15 O O (a) 10 time (ms) (b) 10 time (ms) Fionro 5 15 15 20 20 (c)
Transcribed Image Text:Choo Fig.5.a shows the voltage and power variations of a certain circuit Fig.5.c. A passive element (capacitor/inductor) is to be connected in parallel with the load such that the new voltage and power shown in Fig.6.b. Answer the following: (b) (c) What is the power factor of the original circuit Fig.5.a. What is the real and reactive power of the original circuit Fig.5.a What is the RMS value of the Load current of the original circuit I, Fig.5.a What is the nature and value of the element to be added in parallel to obtain Fig.5.b. What is the RMS values of the current Ix and Is in Fig.5.b. 15 10 -5 -10 20 15 O O (a) 10 time (ms) (b) 10 time (ms) Fionro 5 15 15 20 20 (c)
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