Take any fastener and rap it on a magnet several times and you'll magnetize it to a degree. Or wrap a coil of wire around it, power it up with a DC source, and then smack the fastener (screw) a bunch of good licks while it's under the influence of the electromagnetic field. The screw will become pretty well magnetized, at least enough to hold it onto a driver bit.
Glucose is not a metal and can not be separated using a magnet.
Magnets attract to metal because the metal contains free-moving electrons that align with the magnetic field. Metals do not attract to other magnets because they do not have their own magnetic field to interact with the external magnetic field. Magnetism in metals is due to the alignment of the electrons rather than having their own magnetic field.
A strong magnet will attract steel due to its ferromagnetic properties, while it will not attract brass as it is not a ferromagnetic material.
Phosphorus is not a ferrous metal and cannot be attracted by magnet.
Yes, a magnet can be used to separate small pieces of ferromagnetic metal from a mixture of metal. The magnet will attract the ferromagnetic metal pieces, allowing them to be easily separated from the rest of the mixture.
Metal?
Metal?
The exact same way that a normal magnet attracts metal.
Yes.
copper
There are magnets in magnets that magnetically attract metal...
magnets only attract iron and steel
anything that contains metal, or the opposite polar attraction for the magnet (i.e. the + will attract to the - and vice versa)
No, gold is not magnetic and does not attract magnets. It is a non-magnetic metal, which means it does not have magnetic properties.
yes
No. Aluminum is a non-magnetic metal.
No, aluminum is a non ferrous metal.