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D ▷ Assume the Load is balanced and the Source has a Positive p& • hase sequence, if the live Vortage is. : (208 √ems < +30°) operating at a Frequency The Phase Imperlance's ZP are as follows: CAPACITOR VALUE: 1000 MF Incluctor Resistor valul 18m value: 5r Zp= Capacitor In Parallel with the series combination Inductor and Resistor of 8 PS₂ to A --ZP 4 OF 60 H₂ C се C1D Calculate the total power dissipated by the load (1) specity a suitable solution to corect power Factor, to 0.97

D ▷ Assume the Load is balanced and the Source has a Positive p& • hase sequence, if the live Vortage is. : (208 √ems < +30°) operating at a Frequency The Phase Imperlance's ZP are as follows: CAPACITOR VALUE: 1000 MF Incluctor Resistor valul 18m value: 5r Zp= Capacitor In Parallel with the series combination Inductor and Resistor of 8 PS₂ to A --ZP 4 OF 60 H₂ C се C1D Calculate the total power dissipated by the load (1) specity a suitable solution to corect power Factor, to 0.97

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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國 2 Assume the Load is balanced and the source has Positive phase sequence, if the line (208 √ems < +30°) operating at a The Phase Imperlances ZP are D D CAPACITOR VALUE: 1000 MF Incluctor valul 18m. Resistor value: Fr A 16 2p= Capacitor In Parallel with the Series Combination Inductor and Resistor of Inchi A Vortage Frequency of 60 H₂ as follows: I.L -2pt с e (1) Calculate the total power dissipated by the kond (1) Specify a Suitable solution to corect power Factor, to 0÷971.
Transcribed Image Text:國 2 Assume the Load is balanced and the source has Positive phase sequence, if the line (208 √ems < +30°) operating at a The Phase Imperlances ZP are D D CAPACITOR VALUE: 1000 MF Incluctor valul 18m. Resistor value: Fr A 16 2p= Capacitor In Parallel with the Series Combination Inductor and Resistor of Inchi A Vortage Frequency of 60 H₂ as follows: I.L -2pt с e (1) Calculate the total power dissipated by the kond (1) Specify a Suitable solution to corect power Factor, to 0÷971.
Expert Solution
Step 1: Summarize the given data.

For a three-phase system, the following parameters are given as:

  • line voltage V subscript L equals 208 angle 30 degree space text V, end text
  • line frequency f equals 60 Hz,
  • load parameters: R equals 5 space capital omega comma space L equals 18 space m H comma space C equals 1000 space mu F.
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