N2 = 392-8pm147SupplyA.compound generator is toload of 25o lampseach rated at loo vate100Vat aso voits the arnature, Series andneedShont winding have sesistances of o.06ahsand so ohmstolychms and o.oy okme JeepectivedeepeclO.04Determine th. generated Emf when themachine is Conneated Ious shout aud shortshout.

It is given that: P=100 WVt=250 voltsRa=0.06ΩRse=0.04ΩRsh=50Ω

N2 = 392- pm A.compound generator is to supply a load of 25o tamps each rated at loo vate at aso vorts the armature, Series and Shont winding have gesislanced of o.oG chms and o.o4 okme and 5o okms Jeepectivly Determine the machine is councated shout ahs generated Emf when the loug shuut aud short

N2 = 392- pm A.compound generator is to supply a load of 25o tamps each rated at loo vate at aso vorts the armature, Series and Shont winding have gesislanced of o.oG chms and o.o4 okme and 5o okms Jeepectivly Determine the machine is councated shout ahs generated Emf when the loug shuut aud short

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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Complete the wiring diagrams as per Worksheets 3-A and 3-B then solve for A through N for DC generator on Worksheets 3-A and 3-B when it is running at capacity and its specifications are as follws:Rated output = 2000 wats @125 voltsArmature Resistance = 0.3 ohms(Ω)Shunt Field Resistance = 50 ohms(Ω)Series Field Resistance = 0.6 ohms(Ω)Rheostat Resistance = 12.5 ohms(Ω)A) Voltage drop of series field (IR-series)a) 5.45 V b) 9.6 V c) 26.92 V d) 107.68 VB) Power consumed by series field (P-series)a) 57.78 W b) 98.83 W c) 153.6 W d) 231.13 WC) Power consumed by rheostat (P-rheostat)a) 57.78 W b) 98.83 W c) 153.6 W d) 231.13 WD) Power consumed by shunt field (P-shunt)a) 57.78 W b) 98.83 W c) 153.6 W d) 231.13 WE) Power consumed by armature resistance (P-arm)a) 57.78 W b) 98.83 W c) 153.6 W d) 231.13 WF) Resistance of the load (R-load)a) 7.8 Ω b) 9.6 Ω c) 11.3 Ω d) 15.0Ω G)percent efficiency of the machine(% eff) a)66.5%, b)78.7%, c)86.2%, d)103.4%
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