Silver is a not magnetic metal - the most highly magnetic metal is iron - so no unless the cores of the coins are iron
Oh, dude, silver is like that cool kid at the party who doesn't really vibe with magnets. Silver won't be sticking to any magnets anytime soon. It's like they're from different worlds, you know? So, in short, no, silver won't attract a magnet.
what will not attract to a magnet
No, only ferrous metals are magnetic.
Magnets may not always attract if the opposite ends are not towards each other. For a magnet to work, the possitive end has to attract the negative end and visa versa. Failure of these ends meeting means the magnets will not work.
Yes, a magnet can pick up a coin that is 60 percent silver and 40 percent copper because neither silver nor copper are attracted to magnets. Magnets attract materials that contain iron or other ferromagnetic elements. Silver and copper are not ferromagnetic and thus are not attracted to magnets.
Sterling silver is not magnetic, as it contains no iron. Therefore, it will not attract a magnet.
No, magnets do not attract sterling silver.
No, magnets do not stick to silver because silver is not a magnetic material. Magnets are attracted to ferromagnetic materials like iron, nickel, and cobalt. Silver is a non-magnetic metal.
No. Magnets only attract iron.
Pure gold, silver, Mercury, steel, Aluminum and several others.
Pure gold, silver, Mercury, steel, Aluminum and several others.
The opposite of attract when referring to a magnet is repel.
what will not attract to a magnet
Oh, dude, silver is like that cool kid at the party who doesn't really vibe with magnets. Silver won't be sticking to any magnets anytime soon. It's like they're from different worlds, you know? So, in short, no, silver won't attract a magnet.
No, only ferrous metals are magnetic.
the south side of one magnet attract to the north side of the other magnet; opposites attract. The molecules get attracted.
Magnets may not always attract if the opposite ends are not towards each other. For a magnet to work, the possitive end has to attract the negative end and visa versa. Failure of these ends meeting means the magnets will not work.