aThis courseA 35.2 HP, 250 V, 100 A, 1500 RPM, series DC motorwith no armature reaction is considered inthis problem.This motor has a series-field winding of 10 turns per pole. Its armature resistance in RA-0.05 2 andits series field resistance is Rs= 0.05 S2.The magnetization curve at 1500 RPM is given by the following table:EA (V)509512515018012802001500212229243250253200500755100020002500300035004000(Amp.turns)The motor is operating at rated voltage, armature current of 100 Amperes, and with rotationallossesof 1500 Watt.Find the speed of the motor.Select one:a. NoneOb.Speed =D 1500 RPMOC Speed n = 938 RPMd. Speed n = 2400 RPMConsider a separately-excited DC moter with an armature resistance RA-025 and terminal volfage150 V The mot

In the given specification of the dc series motor, it is said that rated current and speed are 100A…

A 35.2 HP, 250 V, 100 A, 1500 RPM, series DC motor with no armature reaction is considered in this problem. This motor has a series-field winding of 10 turns per pole. Its armature resistance in RA-0.05 , and its series field resistance is Rs=0.05 2. %3D The magnetization curve at 1500 RPM is given by the following table: EA (V) 50 200 (Amp.turns) 125 755 95 180 1280 150 200 1500 212 2000 243 3000 229 250 253 4000 500 1000 2500 3500 The motor is operating at rated voltage, armature current of 100Amperes, and with rotational losses of 1500 Watt. Find the speed of the motor. Select one: O a. None Ob. Speed =D1500 RPM OC. Speed n= 938 RPM O d. Speed n= 2400 RPM

A 35.2 HP, 250 V, 100 A, 1500 RPM, series DC motor with no armature reaction is considered in this problem. This motor has a series-field winding of 10 turns per pole. Its armature resistance in RA-0.05 , and its series field resistance is Rs=0.05 2. %3D The magnetization curve at 1500 RPM is given by the following table: EA (V) 50 200 (Amp.turns) 125 755 95 180 1280 150 200 1500 212 2000 243 3000 229 250 253 4000 500 1000 2500 3500 The motor is operating at rated voltage, armature current of 100Amperes, and with rotational losses of 1500 Watt. Find the speed of the motor. Select one: O a. None Ob. Speed =D1500 RPM OC. Speed n= 938 RPM O d. Speed n= 2400 RPM

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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