No, Seven Up cannot dissolve a steel nail. Steel is a highly durable metal, and it would require a much stronger acid, like hydrochloric acid or sulfuric acid, to dissolve it. Seven Up is a carbonated soft drink with a mild acidity level that is not capable of breaking down steel.
By banging a nail it causes all the tiny domains to face different directions so you end up with a non-magnetised nail.
In an un-magnetised nail there are tiny domains, each in themselves would be a little magnet, however, in a magnetized steel nail the magnetic "domains" tend to be lined up in the same direction. A domain is a tiny magnet because electrons are spinning with the same orientation. Refer to the related link in the Related Links section below for more details.
Iron, a cheap but structurally very useful metalCarbon, used to harden iron into steel. Very useful when iron is to be a nailZinc, in the galvanized nail. Extends the nail's life.Aluminum, used in situation where rusting is a problem such as a roof.Nickel, also a relatively cheap metal that both hardens and helps reduce rusting.
Density has more to do with the the carbon levels in the steel, grading the steel based on the make up determines cost price and use. Steel nails are often made from the worsed parts or slag from bigger batches, due to this, making them less dense by compairison. The range of raw materials by witch steel is made is quite astronomical with well over a thousand types of aluminium. as an example.
it could pick up paper clips, a nail, a soda can, another magnet, a silver dollar, a metal hanger, a key, a gold necklace, and a teacher's bell.
By banging a nail it causes all the tiny domains to face different directions so you end up with a non-magnetised nail.
If we take a steel nail and tap it with a magnet in the same way a bunch of times, the magnet will align some of the magnetic domains in the nail. The nail will then have become a permanent magnet. The magnetic strength of the nail will not be great like the magnet that created it, but it will be present and will be permanent. The nail could then be used to pick up iron filings just as the magnet could be used to do that.
The hardness of a steel nail is about 4.5 (About the same hardness of the mineral Fluorite.)
Use a magnet. Brass is non ferrous and will not be attracted to the magnet.
No, using a magnet to pick up a steel nail is not an example of turning chemical energy into kinetic energy. In this case, magnetic energy is used to attract the nail, causing it to move towards the magnet. Chemical energy would involve the breaking or making of chemical bonds to produce kinetic energy.
In an un-magnetised nail there are tiny domains, each in themselves would be a little magnet, however, in a magnetized steel nail the magnetic "domains" tend to be lined up in the same direction. A domain is a tiny magnet because electrons are spinning with the same orientation. Refer to the related link in the Related Links section below for more details.
Iron, a cheap but structurally very useful metalCarbon, used to harden iron into steel. Very useful when iron is to be a nailZinc, in the galvanized nail. Extends the nail's life.Aluminum, used in situation where rusting is a problem such as a roof.Nickel, also a relatively cheap metal that both hardens and helps reduce rusting.
call a doctor.
Nail polish remover is made up of solvents like acetone or ethyl acetate, which are not effective at dissolving ionic compounds like salt. Salt (sodium chloride) is held together by strong ionic bonds, making it insoluble in non-polar solvents like those found in nail polish remover.
All of the nail is made up of dead cells.
Density has more to do with the the carbon levels in the steel, grading the steel based on the make up determines cost price and use. Steel nails are often made from the worsed parts or slag from bigger batches, due to this, making them less dense by compairison. The range of raw materials by witch steel is made is quite astronomical with well over a thousand types of aluminium. as an example.
Minor nail separation is usually caused by damage to the nail plate however it can be related to illness. It is where the nail slightly seperates from the nail bed, causing the nail to lift up