A 30, 60 Hz, 765 KV TL has an inductance per phase of 0.666 mH/Km, and a capacitance per phase 0.012 µF/Km. The line is 400 Km long and assumed lossless. Determine the Surge Impedance Loading (SIL) in MW. a. 2484 O b. 2721 1 OC. 2151 O d. 2299 Oe. None of these A 30, 60 Hz, 765 KV TL has A = D = 0.8746, B = j128.330, & C = j1.8315 mS. The line delivers 2500 MVA at pf =0.8 lagging at rated voltage. Determine the magnitude of the receiving current in Amperes. O a. 1509 O b. None of these O c. 755 O d. 1132 O e. 1886 A 30, 60 Hz, 765 KV TL has A = D = 0.8746, B = j128.33N, & C = j1.8315 ms. The line delivers 2000 MVA at pf =0.8 lagging at rated voltage. Determine the line-to-neutral magnitude volatge at the sending end in KV. O a. 451.102 O b. 565.757 Oc. 487.509 O d. 525.859 O e. None of these

A 30, 60 Hz, 765 KV TL has an inductance per phase of 0.666 mH/Km, and a capacitance per phase 0.012 µF/Km. The line is 400 Km long and assumed lossless. Determine the Surge Impedance Loading (SIL) in MW. a. 2484 O b. 2721 1 OC. 2151 O d. 2299 Oe. None of these A 30, 60 Hz, 765 KV TL has A = D = 0.8746, B = j128.330, & C = j1.8315 mS. The line delivers 2500 MVA at pf =0.8 lagging at rated voltage. Determine the magnitude of the receiving current in Amperes. O a. 1509 O b. None of these O c. 755 O d. 1132 O e. 1886 A 30, 60 Hz, 765 KV TL has A = D = 0.8746, B = j128.33N, & C = j1.8315 ms. The line delivers 2000 MVA at pf =0.8 lagging at rated voltage. Determine the line-to-neutral magnitude volatge at the sending end in KV. O a. 451.102 O b. 565.757 Oc. 487.509 O d. 525.859 O e. None of these

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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