You can rub a magnet along the metal in one direction for a bunch of times (the more the better), and that will magnetize it to some degree, but its not permanent and will demagnetize if it is hit hard with something.
Also, to magnetise something like a nail, if you point one end north, and hit the other end with a hammer it should weakly magnetise it. Unfortunately it doesn't work every time. By creating an electromagnetic field using electricity and then taking a ferromagnetic material and placing it in that field, the material will pick up some of the magnetism. And for more effect, create a bigger field. Plus, if the material to be magnetized is heated really hot (above its Curie point, TC) and then put in the field and then allowed to cool while in the field, it will reallypick up the magnetism! This is how commercial permanent magnets are usually made.
Heat it to high temperature and this will randomize the orientations of the individual magnetic moments of the atoms.
To what high temperature and how?
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There are various ways to demagnetise a metal. The above method is one way
Here are some others:
- Drop the magnet over and over again (if you're not afraid of it shattering. Only do this if you know the metal you're dropping is not brittle)
- Get another magnet that is stronger than your's and stroke your magnet in one way with it for a period of time. And then change the direction of stroking.
you can't magnetize a non metal at all only metal
it sets up an invisible atmosphere around itself called a magnetic field. When a pm or nail is in that field, it becomes a little magnet too.
you can only magnetize something that contains iron. if what you have contains iron, then you rub a magnet on it
Wrap it with tinfoil
you can't.
the particles in the non magnetic material get magnetised, therefore it temporarily becomes a magnetic.
The relative coercitivity of a material helps to magnetize and demagnetised a substance. If the coercitivity id low then the material can be easily demagnetized and vice versa. A substance can be magnetized by creating magnetic filed of opposite charges and demagnetized by creating same filed of charges.
" No copper isn't a magetic material " . From the science research scientists have concluded this .
If you have a magnet, you can see if the magnet is attracted to the material in question.A diamagnetic substance can be identified by weak repulsion in the presence of a magnetic field.A non magnetic substance has no effect in the presence of a magnetic field provided the field is weak.Because if the field is strong enough the tiny electronic magnets may get rearranged so as to have an effect.
Iron is a magnetic chemical element.
it generally depends on the soil content~if it is rich in iron or some other magnetic metals it will magnetize but if it don't it won't..soil is non-magnetic but iron filings in it are magnetic
To magnetize a nonmagnetic object, you have to align the electronegative poles within the material. To do this you can strike the material violently, you can induce a large voltage, or you can continuously stroke the material in one direction with a magnet.
Generally, no you can't. A ferromagnetic material has what are called magnetic domains within it. These domains are effectively "tiny magnets" and are randomly arranged when they are in non-magnetized ferromagnetic metals. We can align them and make the material magnetic with the right equipment. A bit of metal that is not ferromagnetic has to domains to realign, so it can't be magnetized.
Non magnetic material is the one which cannot be easily magnetized even with intense magnetic field around it.
the particles in the non magnetic material get magnetised, therefore it temporarily becomes a magnetic.
If the material can be magnetized e.g Iron, cobalt etc. then you take a magnet and stroke your material over and over again in the same direction until magnetized or you can expose it to a strong magnetic field (often an electromagnet), then it will magnetize the object. The force required to magnetize an object is usually greater than can be achieved solely with a magnet made from a similar material.
non-magnetic :)
Electromagnet is a device consisting of a core of magnetic material such as iron, surrounded by a coil through which an electric current is passed to magnetize the core.
an magnetic platter is are hardwear computer.. its magnetize the computer and diagnostic..
The domains in a magnetic material is aligned unlike the non-magnetic material which is scattered
carbon is not a magnetic, therefore it is impossible
no and your fat