Difference between revisions of "Electricity"
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== Overview == | == Overview == | ||
Electricity is the flow of electrons. It can be captured in certain liquids and solids. | Electricity is the flow of electrons. It can be captured in certain liquids and solids. | ||
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| + | == The circuit == | ||
| + | The Circuit is currently as of July 6, 2019, the only way to harnesses electricity and put it to work. | ||
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== Power Source == | == Power Source == | ||
The power source of a circuit supplies electrons and when the electrons are finished it takes the back. | The power source of a circuit supplies electrons and when the electrons are finished it takes the back. | ||
Revision as of 10:15, 8 July 2019
Overview
Electricity is the flow of electrons. It can be captured in certain liquids and solids.
The circuit
The Circuit is currently as of July 6, 2019, the only way to harnesses electricity and put it to work.
Power Source
The power source of a circuit supplies electrons and when the electrons are finished it takes the back.
Resistors
Resistors diffuse some of the electric and may have a proper function like a light bulb or a fan. Anything that consumes electricity and gives less back is a resistor. Always have a resistor in your circuits. It there is no resistance the current is 100%. Also, the resistor needs to be big enough.
Capacitors
Capacitors store DC energy and releases it later. Capacitors only store DC and let AC pass though with a little resistance.
See Also
This article is a stub. Help us out by expanding it.
