Take an ordinary hammer or screwdriver and s-l-o-w-l-y lower it down to the piece of metal. One of the pieces will actually "leap up" to the tool. That's the magnetic one.
Pure iron filings will be attracted to a magnet; but pieces of iron carbonate will not.
Use a magnet. The iron will be attracted to the magnet but the lead won't.
Two smaller magnets.
we can show it by experimenting. for eg. iron (which prevents self demagnetisation) also attracts magnets
Simple break one of the rods apart and see if it sticks together if it does it's a magnet if it doesn't then it isn't one
Pure iron filings will be attracted to a magnet; but pieces of iron carbonate will not.
A magnet.
Use a magnet. The iron will be attracted to the magnet but the lead won't.
Two smaller magnets.
Yes, iron does have magnetic properties as well as the other two elements in the Iron Triad, Cobalt and Nickel.
The bar that affects the compass is the magnet, The bar that is attracted to the magnet is iron, and the bar that is not attracted to the magnet is aluminum.
If you hold the end of one (A) to the center of the other (B), one of two things will happen. Either A will attract B, in which case A is the magnet, or it won't, which makes B the magnet. The secret lies in the fact that a magnet is just as attracted to the center of an iron piece, but a piece of unmagnetized iron will have no attraction to the center of a magnet-- they are magnetic off the ends, and the center is neutral.
we can show it by experimenting. for eg. iron (which prevents self demagnetisation) also attracts magnets
The easiest test is to see if they are attracted to a magnet.
When a magnet or iron piece is watched under a powerful microscope we will obseve that a magnet or iron is made up tiny tiny pieces which cannot be further divided realistically such small pieces are known as domains. In a magnet all domains are in the same direction due to which it attracts iron. While in a iron these domains are arranged randomly which nullify its magnetism. When a magnet is brousht near an iron matrial all the domains get attracted to the magnet due to which domains in iron get arranged in a particular direction due to wich at that time they act as magnets but as soon as the magnet gets farther the domains again arrange them selves randomly due to which tey do not remain permanent magnets
the magnet attracts to iron by the magnetic field both the iron and the magnet have
the magnet attracts to iron by the magnetic field both the iron and the magnet have