can you solve these questions? Question 2A three phase positive sequence Wye connected generator feeds a balanced 3 phase Wyeconnected load having an impedance (Zload) 5.2+j6.5 (0/4) as shown in below. The line toline voltage of generator (Vab) is equal to 380230° V and the line impedance (Zline) is0.8+j1.5 (0/4). The generator internal impedance has been neglected and the a-phase ofgenerator as reference.a. Calculate the phase voltages (Van, Vbn,and Vcn)b. Draw single phase equivalent circuit.c. Calculate the line currents (laA,lbB,and IcC)d. Calculate the total real and reactive powers in load and the line.e. Prove that the absorbed powers equal the supplied power.laZline1aAZload1NnZload2Zload3IbBZline2Zline3B. Question 1A three-phase, 50 Hz overhead short transmission line has a line-to-line voltage of 11/3 kVat the receiving end, a total impedance of 3 + j4 0/phase, and a load of 33 MW with areceiving-end lagging PF of 0.707.a. Calculate the line-to-neutral voltage at the receiving end.b. Calculate the line current.c. Calculate the line-to-neutral at the sending end.d. Calculate the line-to-line voltages at the sending end.e. Calculate the load angle.

Answered: Image /qna-images/answer/63e54dfb-b67f-4345-a74a-627a8588e23e.jpg

Question 2 A three phase positive sequence Wye connected generator feeds a balanced 3 phase Wye connected load having an impedance (Zload) 5.2+j6.5 (0/4) as shown in below. The line to line voltage of generator (Vab) is equal to 380Z30° V and the line impedance (Zline) is 0.8+j1.5 (0/4). The generator internal impedance has been neglected and the a-phase of generator as reference. a. Calculate the phase voltages (Van,Vbn,and Vcn) b. Draw single phase equivalent circuit. c. Calculate the line currents (laA,lbB,and IcC)

Question 2 A three phase positive sequence Wye connected generator feeds a balanced 3 phase Wye connected load having an impedance (Zload) 5.2+j6.5 (0/4) as shown in below. The line to line voltage of generator (Vab) is equal to 380Z30° V and the line impedance (Zline) is 0.8+j1.5 (0/4). The generator internal impedance has been neglected and the a-phase of generator as reference. a. Calculate the phase voltages (Van,Vbn,and Vcn) b. Draw single phase equivalent circuit. c. Calculate the line currents (laA,lbB,and IcC)

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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