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Q2. 20km transmission line is given in Figure 2. The radius of each conductor is 0.882 cm and| the phase are transpose at equal distance also the resistivity of the line is (p=1.37x10“ Q.cm). Calculate resistance, inductance, capacitance and the charging current of the line._ The voltage of the line is 33kV, the frequency is 50 Hz.

Q2. 20km transmission line is given in Figure 2. The radius of each conductor is 0.882 cm and| the phase are transpose at equal distance also the resistivity of the line is (p=1.37x10“ Q.cm). Calculate resistance, inductance, capacitance and the charging current of the line._ The voltage of the line is 33kV, the frequency is 50 Hz.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q2. 20km transmission line is given in Figure 2. The radius of each conductor is 0.882 cm and the phase are transpose at equal distance also the resistivity of the line is (p=1.37x10“ Q.cm). Calculate resistance, inductance, capacitance and the charging current of the line. The voltage of the line is 33KV, the frequency is 50 Hz. 5.4 3 m 3 m 5.4 m 6.3m Figure 2.
Transcribed Image Text:Q2. 20km transmission line is given in Figure 2. The radius of each conductor is 0.882 cm and the phase are transpose at equal distance also the resistivity of the line is (p=1.37x10“ Q.cm). Calculate resistance, inductance, capacitance and the charging current of the line. The voltage of the line is 33KV, the frequency is 50 Hz. 5.4 3 m 3 m 5.4 m 6.3m Figure 2.
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