Answer:
Generally, pot metal will not be attracted by a magnet. Let's dig around a bit and see what's up.
Pot metal is a general term, and it is applied to cheap, readily available metals with a low melting point that are used to make "trinkets" and other metal objects that are inexpensively produced. Pot metal may be composed of different combinations of aluminum, cadmium, copper, iron, lead, tin and zinc. And before you jump on the idea that the iron in pot metal will make it magnetic, know that you would be correct if there was very much in there. Recall that pot metal is generally defined as having (among other characteristics) a low melting point. Iron has a relatively high melting point, and it is not a eutectic metal. Eutectic metals exhibit the property of having a melting point lower than that of the constituent metals used to make the alloy. Iron does not belong in this class of materials.
Generally, pot metal will not be attracted by a magnet. Let's dig around a bit and see what's up.
Pot metal is a general term, and it is applied to cheap, readily available metals with a low melting point that are used to make "trinkets" and other metal objects that are inexpensively produced. Pot metal may be composed of different combinations of aluminum, cadmium, copper, iron, lead, tin and zinc. And before you jump on the idea that the iron in pot metal will make it magnetic, know that you would be correct if there was very much in there. Recall that pot metal is generally defined as having (among other characteristics) a low melting point. Iron has a relatively high melting point, and it is not a eutectic metal. Eutectic metals exhibit the property of having a melting point lower than that of the constituent metals used to make the alloy. Iron does not belong in this class of materials.
Well, there are two poles to a magnet. A negative one and a positive one. Since metals are good conductors of charge and the paper clip is a metal object, they will attract. The charge of the paperclip is opposite the charge to one of the poles of the magnet.
a magnet Actually named magnetite, but it is a natural magnet.
Poles on a magnet attract or repel because of the way the electrons line up. The electrons in the valence shells tend to line up on one side of the nucleus. The electrons have a negative charge and the nucleus has a positive charge. The negative charges in one magnet repel the negative charges in another magnet but attract the positive charges in another magnet.
yes
A kettle does not have a magnetic force on its own. However, since it is metal, it can attract a magnet.
Metal?
Metal?
No, a metal must have iron in it to attract a magnet.
A metal pan will not attract iron but a magnet does.
The exact same way that a normal magnet attracts metal.
magnets only attract iron and steel
There are magnets in magnets that magnetically attract metal...
Yes.
copper
anything that contains metal, or the opposite polar attraction for the magnet (i.e. the + will attract to the - and vice versa)
If the magnet is made of metal then it can act as a good conductor to the Earth like any other metal. The fact that it is magnetised does not attract the lightning.
yes