How is mechanical energy converted to electrical

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SUMMARY

The discussion focuses on the conversion of mechanical energy to electrical energy in generators, specifically hand-cranked and hydrocarbon-based generators. It clarifies that generators do not create new electrons; instead, they utilize existing electrons in the wires and push them along to create an electric current. The inquiry delves into the atomic level, seeking an explanation of electron movement from atomic orbitals during this process. The Wikipedia link provided serves as a resource for further understanding of generator mechanics.

PREREQUISITES
  • Basic understanding of electrical circuits
  • Knowledge of atomic structure and electron behavior
  • Familiarity with generator types and their functions
  • Concept of mechanical energy conversion
NEXT STEPS
  • Research the principles of electromagnetic induction
  • Study the atomic theory related to electron movement
  • Explore the mechanics of hand-cranked generators
  • Learn about hydrocarbon-based generator operation
USEFUL FOR

Students of physics, electrical engineers, and anyone interested in understanding the principles of energy conversion in generators.

ducktape
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in, for example a hand cranked generator, or even a hydrocarbon based generator, when there is no ionisation/ oxidation-reduction going on to produce the electrons... where are they coming from? i know how such a generator is physically put togther, but where are the electrons coming?
 
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The electrons that make up the current are in the wires all along. The generator doesn't "create" any new ones. It simply pushes them along.
 
could you explain this more in depth(as in the jumping of the electrons from atoms orbitals)
 
I love wikipedia. It is the answer to all questions.


edit:( i found wikipedia usefull)
 

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