# You asked: Where does electricity flow in an electromagnet?

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## How do electrons flow in an electromagnet?

In an electromagnet, the movement of electrons in a wire creates the magnetic field. … The iron in a nail or bolt has moveable magnetic domains. These domains can be aligned by an external magnetic field such as the one created by the movement of electrons in a wire.

## What does the flow of electricity make in an electromagnet?

Electromagnets. When an electric current flows in a wire, it creates a magnetic field around the wire. This effect can be used to make an electromagnet . A simple electromagnet comprises a length of wire turned into a coil and connected to a battery or power supply.

## Does an electromagnet have a north and south pole?

The field of the electromagnet is similar to the field of a bar magnet. The coil has a north pole at one end and a south pole at the other.

## Does current flow from north to south?

The current flows in the clockwise direction at the south pole and in the anticlockwise direction at the north pole, in both coils, so the ‘S and N rule’ is not broken.]

## What happens when current flows through a conductor?

When current flows through a conductor such as a copper wire, all of those electrons that were previously moving about randomly get together and start moving in the same direction. … The result is that even though the individual electrons move slowly, the current itself moves at nearly the speed of light.

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## Does an electromagnet point north?

An electromagnet does have north and south poles, and it’s simple to demonstrate this with the Electric Circuits KitBook. … Since current flow direction determines the magnetic field’s orientation, reversing current flow will also reverse the magnetic field and thus the north/south poles.

## How do you find the north and south pole of an electromagnet?

A: Simple! Get a compass and put it near one of the electromagnet’s poles. The end of the compass needle which usually points north will be repelled by the north pole of your electromagnet and attracted by the south pole.