the magnet it could stick together becaus esomehow the metal attracts the magnet and it makes pulls the metal material and stick to it
Answering "Well not all metal are attracted to magnets like chocklate or modelling clay but the things that attracted to magnets is iron nails and steel clip."
No, it is not.
todays magnets are made of alloys yahoo answered this question too. :)
An electromagnet is used in an electrical engine, but an electrical engine contains normal magnets too.
Magnetic materials. There are lots of metals and alloys and metal oxides that can be used to make a magnet. Iron is a common one, though it's not the best. An aluminium - nickel - cobalt alloy makes very strong magnets, and some of the strongest magnets are made of rare earth oxides.
All standard 1943 cents were made of steel to save copper for the war effort, so they ALL stick to magnets. In average condition they're only worth 15 to 35 cents.
electronic devices that get too close to magnets, can stop working properly.
Despite aluminum being the most abundant metal on Earth, it does not interact with magnetic materials. The reason is a little complicated , but basically it's because the atoms, specifically the electrons, in solid aluminum are too far apart from each other to induce cohesive allignment of their magnetic dipoles. Hence the overall magnetic effects of the electron average out to zero, even in the presence of common magnets.
No, magnetic paint just allows magnets to stick to the paint, it is not magnetic itself. Even if it was, it would be much too weak to cause any damage.
Cows don't have "built in magnets." Magnets are inserted down the throat of a cow as a way to prevent her from getting hardware disease from eating too much scrap metal like nails and wire. The magnet in a cow works exactly the same as any "normal" magnet does.
actually nickel, cobalt, and several rare earths are used as magnets too, but iron is the cheapest.
No. Only ferrous metals are magnetic and are solid at room temperature. In order for a metal to "stick" to a magnet it would have to have its atoms aligned in the same direction. When in liquid form the atoms are too busy moving around to actually align themselves to a magnetic field.