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The following table gives the parameters for a distribution system. This system a) Draw the frequency domain equivalent circuit b) Find the voltage across the load impedance c) Find the average, reactive and complex power of the system d) Calculate the power factor of the source e) What percentage of the average power is dissipated over the line and source impedances find it f) To make the power factor 1, find the value of the circuit element to be connected parallel to the load Parameter Source (rms) Frequency Source Phase Angle source internal impedance Line Impedance Line Length Load Impedance findfind itValue 12kV 60Hz 0 0,5+j0,5 Ω 0,02+j0,03 02/km 200km 55,5+j75,5 Not. Solve this question in detail step by step and explain your requests in detail

The following table gives the parameters for a distribution system. This system a) Draw the frequency domain equivalent circuit b) Find the voltage across the load impedance c) Find the average, reactive and complex power of the system d) Calculate the power factor of the source e) What percentage of the average power is dissipated over the line and source impedances find it f) To make the power factor 1, find the value of the circuit element to be connected parallel to the load Parameter Source (rms) Frequency Source Phase Angle source internal impedance Line Impedance Line Length Load Impedance findfind itValue 12kV 60Hz 0 0,5+j0,5 Ω 0,02+j0,03 02/km 200km 55,5+j75,5 Not. Solve this question in detail step by step and explain your requests in detail

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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The following table gives the parameters for a distribution system. This system a) Draw the frequency domain equivalent circuit b) Find the voltage across the load impedance c) Find the average, reactive and complex power of the system d) Calculate the power factor of the source e) What percentage of the average power is dissipated over the line and source impedances find it f) To make the power factor 1, find the value of the circuit element to be connected parallel to the load Parameter Source (rms) Frequency Source Phase Angle source internal impedance Line Impedance Line Length Load Impedance findfind itValue 12kV 60Hz 0 0,5+j0,5 Ω 0,02+j0,03 02/km 200km 55,5+j75,5 Ω Not. Solve this question in detail step by step and explain your requests in detail
Transcribed Image Text:The following table gives the parameters for a distribution system. This system a) Draw the frequency domain equivalent circuit b) Find the voltage across the load impedance c) Find the average, reactive and complex power of the system d) Calculate the power factor of the source e) What percentage of the average power is dissipated over the line and source impedances find it f) To make the power factor 1, find the value of the circuit element to be connected parallel to the load Parameter Source (rms) Frequency Source Phase Angle source internal impedance Line Impedance Line Length Load Impedance findfind itValue 12kV 60Hz 0 0,5+j0,5 Ω 0,02+j0,03 02/km 200km 55,5+j75,5 Ω Not. Solve this question in detail step by step and explain your requests in detail
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