Please solve no chegg solutions please. 1) The Maximum working Flex densityelectromagnetof aliftinglostis 1.8T and the effective area of a Pole face:ISis Circular in cross-section. If the total magnetic FluxPiduced 14 353mwb, determine the radius of the Pole face.later enttodtantriST 20

Flux density B=1.8 TFlux ϕ=353 mWbWe need to determine the radius of the pole face.

The Maximum working Flux density it a lifting electromagnet is 1.8T and the effective area of a Pole face Is Circular In Cross-section. If the total magnetic Flux Piduced is 353mwb, determine the radius of the Pole face. IS botar est อฟฟี่

The Maximum working Flux density it a lifting electromagnet is 1.8T and the effective area of a Pole face Is Circular In Cross-section. If the total magnetic Flux Piduced is 353mwb, determine the radius of the Pole face. IS botar est อฟฟี่

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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Question

Please solve no chegg solutions please.

1) The Maximum working Flex density
electromagnet
of a
lifting
lost
is 1.8T and the effective area of a Pole face:
IS
is Circular in cross-section. If the total magnetic Flux
Piduced 14 353mwb, determine the radius of the Pole face.
later ent
tod
tantri
ST 20

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