onThe three phase power and line-line ratings of the below electric power system is given below.VmOBOGMG: 50 MVA22 KVX-8%T: 50 MVA22/40 KVX= 4%M: 432 MVA36 KVX-8%By choosing 100 MVA and 22 KV on the generator side as base values, the new per unit impedance of the generator sand the new perunit impedance of the motor is

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The three phase power and line-line ratings of the below electric power system is given below Vm OBETO G M G: 50 MVA 22 KV X=8% T: 50 MVA 22/40 KV M: 43.2 MVA 36 KV X-8% By choosing 100 MVA and 22 KV on the generator side as base values, the new per unit impedance of the generatoris = and the new perunit impedance of the motor s

The three phase power and line-line ratings of the below electric power system is given below Vm OBETO G M G: 50 MVA 22 KV X=8% T: 50 MVA 22/40 KV M: 43.2 MVA 36 KV X-8% By choosing 100 MVA and 22 KV on the generator side as base values, the new per unit impedance of the generatoris = and the new perunit impedance of the motor s

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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19. Two single phase generators operating in parallel have no-loads emfs of E₁ = 24020° V and E₂ = 240/10° V and respective synchronous reactance of Xs1 =j2.5 ohms and Xs2 = j3.1 ohms. Resistances are neglected. The common load is purely resistance of 10 ohms. Find the common terminal voltage in volts. d. 232.65 V d. 6.05, 17.8 A d. 4,985 W a. 236.98 V 20. Referring to problem 19, find a. 6, 17.9 A 21. Referring to problem 19, find a. 4,464 W b. 234.76 V c. 240 V the current of each generator in amperes b. 5.82, 18 A c. 6.34, 17.5 A the total power in watts b. 5,792 W c. 5,616 W
Here X =165 plzzz solve urgent with detail...
Number 17
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