the coil of a four-pole (two north pole and two south pole) generator is rotating at a speed of 1800 t/min. the flux per pole is 8.5x10^3 maxwells. calculate the voltage induced in the coil if it has 400 turns. coil of a foup- pole(two north pole and two south polegenerator is rotating at a speed.of 1000 t/min. the flux per pole8.5 x 10³ max well's. pindthe voltage induced in the coilif it has 400 turns.is9. The

Given No.of Poles P = 4, RPM N = 1800, Flux per pole = 8.5 x 10^3 Maxwell's, Number of turns = 400

the coil of a four-pole (two north pole and two south pole) generator is rotating at a speed of 1800 t/min. the flux per pole is 8.5x10^3 maxwells. calculate the voltage induced in the coil if it has 400 turns

the coil of a four-pole (two north pole and two south pole) generator is rotating at a speed of 1800 t/min. the flux per pole is 8.5x10^3 maxwells. calculate the voltage induced in the coil if it has 400 turns

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter3: Magnetic Starters

Section: Chapter Questions

Problem 18SQ

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Question

coil of a foup- pole
(two north pole and two south pole
generator is rotating at a speed.
of 1000 t/min. the flux per pole
8.5 x 10³ max well's. pind
the voltage induced in the coil
if it has 400 turns.
is
9. The

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