the coil of a two-pole (one south pole and one north pole) generator is rotating at a speed of 1600 t/min. the flux per pole is 5.5x10^3 maxwells. calculate the voltage induced in the coil if it has 400 turns. 10.The coil oftwo - pole (onesouth pole and one north palegenerator is rotating at a speedof 1600 t/min. the flux perpole is 5.5 x 10maxwells.voltare inducedCoil if it has 400 turns.calculate thein the

Poles=2 Flux per pole = 5.5*103 maxwells Speed = 1600 rpm Number of turns = 400

Answered: 10. The coil of a two-pole (one south…

Introductory Circuit Analysis (13th Edition)

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ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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the coil of a two-pole (one south pole and one north pole) generator is rotating at a speed of 1600 t/min. the flux per pole is 5.5x10^3 maxwells. calculate the voltage induced in the coil if it has 400 turns.

10.
The coil of
two - pole (one
south pole and one north pale
generator is rotating at a speed
of 1600 t/min. the flux per
pole is 5.5 x 10
maxwells.
voltare induced
Coil if it has 400 turns.
calculate the
in the

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