The working of an electric motor and generator

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Homework Help Overview

The discussion revolves around the workings of electric motors and generators, focusing on the conversion of electrical energy to mechanical energy and vice versa. Participants are exploring the fundamental principles behind these processes.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are questioning the relationship between mechanical and electrical energy, particularly how the motion of a coil in a generator leads to the generation of electricity. There is also an inquiry into the mechanisms that facilitate this energy conversion.

Discussion Status

Some participants are providing insights into the mechanics of energy conversion, while others are seeking clarification on specific aspects of the process. There is an ongoing exploration of the principles involved, with references to established rules and concepts.

Contextual Notes

One participant notes that the original question may lack clarity, indicating potential misunderstandings about the fundamental concepts being discussed.

ASidd
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I have a very silly question . I know how an electric motor and generator work; the changing magnetic flux and current flow causes the coil to rotate etc. and it generates mechanical or electrical energy.

M question is how does turning of the coil generate mechanical energy from electrical energy in a motor and electrical energy from mechanical energy in a generator?
 
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I think you question is a little unclear. Are you asking what relationship exists between mechanical and electrical energy which allows them to be interchangeable?
 
What I'm trying to ask is how does turning a coil create electricity? I know how the coil turns but how does the turning go on to give electricity in a generator?
 
Last edited:
The wire in the turning coil cuts the field from a permanent magnet at right angles, which initiates electron movement in the wire. There is loads about this on the internet.
 
Look up Flemings right hand rule.
 

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