Without electricity, almost nothing is possible. Everyone uses it, but when asked, many can not explain what electricity is or how it works. In this article, we explain the term and how it works. If you want to learn more details about the how does electricty work, details below:
Working principle of electricity – how does electricity work?
Well we will take a look at the details about how does electricity work from below.
* Electricity, or the flow of electricity can be thought of as a normal river: there is the riverbed and the water that flows in one direction.
* Applied to electricity means: The river bed is the electrical conductor, for example a copper wire. The flowing masses of water are the electrons moving from one side to the other in the conductor. Electrons are negatively charged particles.
* In the river, the water flows by means of slopes and the pressing water masses. The current is hardly different – here the voltage is the driving force for the current flow. Higher voltage provides a higher current flow. Just as with water: the higher the gradient, the faster the water flows.
* Electricity can also flow without electrical conductor. A good example of this is lightning.
Our how does electricity work themed article goes ahead below.
How does electricity work at home and business?
DC and AC – the difference
Basically, and as interesting, electricity is not equal to all electricity kinds, even if it seems same from the outside:
At DC, the electrons always move in one direction. This is the case with batteries, for example. The plus and the minus pole are always the same, so also the flow direction.
Our “power from the outlet” is AC. As the name suggests, something changes – namely the plus and the minus pole. This happens again and again in fractions of a second. The change always changes the flow direction of the stream – it practically flows back and forth.
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