It depends on the magnet, most of them have poles on the flat faces, but some magnets are magnetised on the outside diameter. this means that if you draw a line across the flat face, the south pole is on one side and the north pole on the other side
You could use another magnet with marked poles to determine the poles of the unmarked magnet. By observing how the unmarked magnet interacts with the marked magnet, you can identify the north and south poles of the unmarked magnet based on attraction and repulsion.
What is little known, is that the whole of the UK is a giant magnet. This is why poles are attracted to it!
Like poles repel, opposites attract. So a N pole of one bar magnet will repel the N pole of another bar magnet. And the same applies to two S poles.
In a round magnet, the poles are located at opposite ends of the magnet. One end will be the North pole and the other end will be the South pole. Magnetic field lines flow from the North pole to the South pole.
The opposite poles of a magnet are the north and south poles. These poles attract each other, meaning that the north pole of one magnet will be attracted to the south pole of another magnet. Conversely, like poles (north-north or south-south) repel each other.
On the flat sideds
Answer. Two properties of a magnet are: (i) A magnet always has two poles: north pole and south pole.
at the poles
At the two points or ends on a magnet, called the north and south poles.
The place where magnetism is the strongest on a magnet is at the poles, which are located at the ends of the magnet. The magnetic field lines are most concentrated and strongest at the poles compared to other parts of the magnet.
a mineral magnet can stick to a magnet because a mineral magnet has to poles the north and the south poles
poles
The poles of an oval-shaped magnet are located at the ends of its longer axis. The end where the magnetic field lines emerge is considered the north pole, and the opposite end is the south pole.
A magnet has two poles which are known as north and south poles.
Disc magnets do not have poles because they have a symmetrical magnetic field that runs from one flat face to the other. This design allows for a more uniform magnetic field across the entire surface of the disc magnet, making it useful for certain applications such as magnetic levitation or sensor devices.
You could use another magnet with marked poles to determine the poles of the unmarked magnet. By observing how the unmarked magnet interacts with the marked magnet, you can identify the north and south poles of the unmarked magnet based on attraction and repulsion.
North and South (Poles) :)