Q3/A: The arrangement of a three-phase double circuit line is shown below. The self-GMD of conductors is 0.8 cm and the line is transposed. Find the inductance per phase per kilo-meter. 35 DA DS لدور الارض Phase R + 26 cm 10 m Phase Y 20 cm 10 m Phase B H 20 cm L-वस्त L=2x17 PS= 2 La * k gmra smrt FMD
Q3/A: The arrangement of a three-phase double circuit line is shown below. The self-GMD of conductors is 0.8 cm and the line is transposed. Find the inductance per phase per kilo-meter. 35 DA DS لدور الارض Phase R + 26 cm 10 m Phase Y 20 cm 10 m Phase B H 20 cm L-वस्त L=2x17 PS= 2 La * k gmra smrt FMD
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q3/A: The arrangement of a three-phase double circuit line is shown below. The self-GMD of conductors
is 0.8 cm and the line is transposed. Find the inductance per phase per kilo-meter."
DA
DS
لونها الارض
Phase R
cm
10 m
Phase Y
20 cm
+
10 m
Phase B
20 cm
L-CER
L=2x107La
PS= √mragme
EMD
R
De](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6242800b-b6c6-4fcc-a4e7-c19b2fe5f33d%2Fb1cd0c60-3fa7-4c60-a0b6-3db7bb12f99b%2Fzgygumb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:tynent
Q3/A: The arrangement of a three-phase double circuit line is shown below. The self-GMD of conductors
is 0.8 cm and the line is transposed. Find the inductance per phase per kilo-meter."
DA
DS
لونها الارض
Phase R
cm
10 m
Phase Y
20 cm
+
10 m
Phase B
20 cm
L-CER
L=2x107La
PS= √mragme
EMD
R
De
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