You're talking about the 'magnetic field', but you're not giving it enough credit.
It doesn't only exist in the space around the magnet, but it technically extends
out to infinity, whether or not you can feel it past a couple of feet.
When the magnets pull apart they are attracting each other because, there is a South Pole of a magnet and a North Pole i of a Magnet. :)
It is called the magnetic force. This is a force caused by the attraction or repulsion of the magnetic fields of the materials.
i think because some metal only has atiny bit of iron
A "Neodymium magnet or Super Magnet".
what repels to magnets and they only repel to magnets?
A magnetic field. where attraction and repulsion takes place around the magnet.
Magnets are materials that can exert a force of attraction or repulsion on certain objects.Magnets can be strong or weak, depending on their internal arrangements.
The force that causes either attraction or repulsion by a magnet
Magnetism
The force of attraction or repulsion between two magnetic materials.
When the magnets pull apart they are attracting each other because, there is a South Pole of a magnet and a North Pole i of a Magnet. :)
The word magnetic, or the word ferromagnetic refer to materials that can be attracted by magnets.
yes temp does affect the strength of magnets. The cooler the magnet the stronger it gets.
The oxidation causes magnets to lose protons that are essential for magnetic attraction
The Poles of the magnet.Poles are the tips or ends of the magnets where the strength of magnetism is great.The region or space around a magnet at which its force is experienced is called magnetic field.
Parts that have the same charge will repel. Opposite charges attract/pull each other. So positive sides of magnets attract negatively charged magnets and repel positively charged magnets. Negative sides of magnets attract positively charged magnets and repel negatively charged magnets.
False. The magnetic force of attraction or repulsion between the magnetic poles is inversely proportional to the square of the distance between the poles. So farther apart two magnets the force between them becomes weaker.