A single circuit three phase 50 Hz, 40 km transmission line consists of three conductors arranged in triangle. d1=6m, d2=10 m and d3=19 m. The radius is 0.75 cm. Calculate a) Total inductance and b) Total capacitance c) Total inductive reactance d) Total capacitive reactance of the lines. Assume ɛ = 8.854×10¬12
A single circuit three phase 50 Hz, 40 km transmission line consists of three conductors arranged in triangle. d1=6m, d2=10 m and d3=19 m. The radius is 0.75 cm. Calculate a) Total inductance and b) Total capacitance c) Total inductive reactance d) Total capacitive reactance of the lines. Assume ɛ = 8.854×10¬12
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![A single circuit three phase 50 Hz, 40 km
transmission line consists of three conductors
arranged in triangle. d1=6m, d2=10 m and d3=19 m.
The radius is 0.75 cm. Calculate a) Total
inductance and b) Total capacitance c) Total
inductive reactance d) Total capacitive reactance
of the lines. Assume ɛ, = 8.854×10¬12
Deq
GMR
Total Inductance
Total Capacitance
Total Inductive reactance (XL)
Total Capacitive reactance (XC)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0090c424-a788-4699-b463-ddf7c11d3cce%2Fb312eab8-63ee-49e4-9bdb-d17e3565b2e9%2F5j3gjzuj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A single circuit three phase 50 Hz, 40 km
transmission line consists of three conductors
arranged in triangle. d1=6m, d2=10 m and d3=19 m.
The radius is 0.75 cm. Calculate a) Total
inductance and b) Total capacitance c) Total
inductive reactance d) Total capacitive reactance
of the lines. Assume ɛ, = 8.854×10¬12
Deq
GMR
Total Inductance
Total Capacitance
Total Inductive reactance (XL)
Total Capacitive reactance (XC)
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