Solve in detail to understand A 350 km single circuit 30 transposed TL is composed of 2 conductors per phase, with horizontal configuration as shown below. Determinethe total capacitance per phase in microF. The diameter for the selected conductors is 2.4 cm.14 m14 m45 cmOa. 4.0578O b. 3.5506O c.4.5650O d. 3.0433O e. None of the above45 cmO a. 7.718 cmO b. 7.112 cmO c.8.005 cmO d.7.421 cmO e.e.None of the aboveA 300 Km single circuit 30 transposed TL is composed of 2 conductors per phase, with horizontal configuration as shown below. Determinethe Geometric Mean Radius for the inductance per phase. The Self Geometric Mean Distance for the selected conductors is 1.424 cm.14 m14 mO45 cm45 cmO a. 377.664O b. 323.712O c. 485.569O d. 431.616Oe. None of the above45 cmA 400 Km single circuit 30 transposed TL is composed of 2 conductors per phase, with horizontal configuration as shown below. Determinethe total inductance per phase in mH. The Self Geometric Mean Distance for the selected conductors is 1.424 cm.14 m14 mOb45 cm45 cm45 cm0 045 cm

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A 350 Km single circuit 30 transposed TL is composed of 2 conductors per phase, with horizontal configuration as shown below. Determine the total capacitance per phase in microf. The diameter for the selected conductors is 2.4 cm. 14 m 14 m 45 cm Oa. 4.0578 O b. 3.5506 O C. 4.5650 O d. 3.0433 O e. None of the above 45 cm 45 cm

A 350 Km single circuit 30 transposed TL is composed of 2 conductors per phase, with horizontal configuration as shown below. Determine the total capacitance per phase in microf. The diameter for the selected conductors is 2.4 cm. 14 m 14 m 45 cm Oa. 4.0578 O b. 3.5506 O C. 4.5650 O d. 3.0433 O e. None of the above 45 cm 45 cm

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter4: Transmission Line Parameters

Section: Chapter Questions

Problem 4.28P: For the case of double-circuit, bundle-conductor lines, the same method indicated in Problem 4.27...

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