Magnets only pick up ferromagnetic materials. There are many metals that a magnet will not pick up. A magnet will pick up an iron nail but will not pick up a piece of copper wire. Magnets will only pick up Nickel, Cobalt, Iron, and Steel, if I remember my middle school science correctly.
No
No
No gold is not ferro magnetic. So it will not be picked by a magnet
Iron, Nickel, Cobalt
it can pick up anything with iron nickel or cobalt
Iron and Nickel are two of them. You can say steel since it is mostly made of iron.
Normally nickel plating is applied to base metals that aren't attracted to a magnet. At the atomic level the plating itself is attracted but it's such a small amount of the total composition that the entire item won't stick to a magnet. The nickel component of US nickels (and nickel-clad coins such as dimes, quarters, and half-dollars) is so low that the coins aren't attracted for the same reason. Nickel metal makes up only 25% of a nickel coin and 8% of the other coins.
Magnets only attract certain kinds of metals, mostly ferrous metals such as iron and steel, as well as pure nickel. US dimes are mostly made of copper with a small amount of nickel, not enough to be attracted to a magnet.
Magnets only pick up ferromagnetic materials. There are many metals that a magnet will not pick up. A magnet will pick up an iron nail but will not pick up a piece of copper wire. Magnets will only pick up Nickel, Cobalt, Iron, and Steel, if I remember my middle school science correctly.
It could stick to nails,nickles and brakes.
it is a crane no its an electro magnetic crane An eletromagnetic crane is a crane that has a giant magnet to pick up things with cobalt, nickel or iron in them. The magnet is run through electricity so you can turn it on and off at will.
Yes, a scrap heap magnet works in the exact same way as a normal magnet but on a large scale. Iron, Cobalt and Nickel are all magnetic elements.
No
no,it can not be picked by a magnet because it is not made of iron, steel, nickel ,& copper
metals containing iron
No