Are Generator Coils Replaced Due to Electron Depletion?

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Generator coils do not need to be replaced due to electron depletion because electrons do not leave the coils; instead, they facilitate the flow of electrical energy. Electrical energy is transmitted through the movement of electrons, which act as carriers of charge. When current flows to a lightbulb, the energy is used to produce light, but the electrons themselves are not consumed or depleted. Grounding is essential in circuits to provide a reference point and ensure safety, while a complete circuit requires a positive and negative connection. Understanding these concepts can clarify the nature of electricity and its components.
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So, electrons move. Yes.

So, the coils in a generator do not have to be replaced because electrons don't deplete?
Do the coil's electrons leave the coils?

If not, then how does electrical energy get to our homes?
Charge transfer from electron to electron?....

Are electrons just a carrier for an electrical charge?

Or do electrons move through wires.
But then if it moves, if the coils never lose electrons then they would have to be added back to the coils or something

Err... why don't you have to replace generator/alternator coils because of "running out of electrons" is basically the question.

When a current runs through to a lightbulb, the power is used to light it up, then the electrons go where?...
Are electrons depleted of charge?
Are electrons "consumed," as in.. not just energy removed but i don't know o_O

A generator moves electrons..
Then the energy is used..
Do electrons have to be replenished of energy?


What is the function of a Ground/grounding?
You would need a positive, negative, and ground for a circuit?

Why do you need a positive? Protons don't move O_O
 
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