A long transmission line delivers a MVA at 124 KV, 50 Hz of 0.8 pf lagging B = 25.3√2 Resistance of the line |X₁ = 66-5₁2 load of 60 admittance due to charging Capacitance = 0.0442 x 10³ m. H. a) Find A B C D Constant b) Sending end voltage Current and el voltage regulation d. Efficiency of the line. power factor
A long transmission line delivers a MVA at 124 KV, 50 Hz of 0.8 pf lagging B = 25.3√2 Resistance of the line |X₁ = 66-5₁2 load of 60 admittance due to charging Capacitance = 0.0442 x 10³ m. H. a) Find A B C D Constant b) Sending end voltage Current and el voltage regulation d. Efficiency of the line. power factor
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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I don't understand anything in this topic can you please explain each step
![A long transmission line delivers a
MVA
at
124 KV, 50 H₂ of 08 pf lagging
B = 25-302
Resistance of the line
|X₁ = 66-5₁2
load of 60
admittance due to charging
Capacitance = 0.0442 x 10-³ m. H.
a) Fiad
A B C D
Constant
b) Sending end voltage Current and
el voltage regulation
d. Efficiency of the line.
power factor](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe53828e0-fbca-4901-a6df-51fa058b3532%2Fa43b1a40-796e-4a83-9e37-9806c119b9f5%2F03sgjhb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A long transmission line delivers a
MVA
at
124 KV, 50 H₂ of 08 pf lagging
B = 25-302
Resistance of the line
|X₁ = 66-5₁2
load of 60
admittance due to charging
Capacitance = 0.0442 x 10-³ m. H.
a) Fiad
A B C D
Constant
b) Sending end voltage Current and
el voltage regulation
d. Efficiency of the line.
power factor
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