The flux per pole of a two-pole generator is 7.5x10^-5 wb. A coil of 600 turns rotates in this magnetic field. It takes 0.0187 sec. for the coil to rotate from a point of maximum flux to one of minimum flux. Find the induced voltage. 8. The flux per pole of a two-polegenerator is 7.5 x 10-5 wb. A coilof Goo turns rotates in this magneticfield. It takes 0.0 187 sec. for thecoil, to rotate fromprint ofmaximum flux to one of minimumFlux find the induced voltage."

Given Data:-ϕ=7.5×10-5 wbZ=600 turnstime take from maximum to one minimum =0.0187 sec

Answered: The flux per pole of a two-pole…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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The flux per pole of a two-pole generator is 7.5x10^-5 wb. A coil of 600 turns rotates in this magnetic field. It takes 0.0187 sec. for the coil to rotate from a point of maximum flux to one of minimum flux. Find the induced voltage.

8. The flux per pole of a two-pole
generator is 7.5 x 10-5 wb. A coil
of Goo turns rotates in this magnetic
field. It takes 0.0 187 sec. for the
coil, to rotate from
print of
maximum flux to one of minimum
Flux find the induced voltage.
"

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