The ferromagnetic metals are iron, cobalt, nickel, gadolinium, dysprosium and holmium. These metals are capable of holding a strong magnetic field.
There are many ferromagnetic alloys that contain one or more of these metals along with other elements that are capable of holding even stronger magnetic fields than the pure metals themselves. This is due to the other elements in the alloy allowing larger domains to form.
Some other metals that may be attracted to a magnet include nickel and cobalt. These metals have magnetic properties and can be attracted to a magnet due to their alignment of magnetic domains.
All ferrous metals like iron, steel and to some extent stainless steel. Nickel and cobalt are magnetic too. Apart from these there are rare magnetic earths or rocks like 'neodymium'. Magnetite, which was first used by man as a magnetic material (for compass-like purposes) is an oxide of iron. In New Zealand all our "copper" coins are magnetic. This would apply to the coins of any country where they contain high levels of nickel. I once lived on a property in Queensland where lumps of 'gravel' would often cling to my spade ... the soil was heavily laden with magnetite!
Cobalt and some alloys of neodymium are also magnetic. The odd one out is steel because it is not an elemental metal but rather an alloy composed primarily of iron and carbon.
Sure. Like aluminum? Most commercially available aluminum contains some other materials, but only accidental traces of iron, if any. Copper, silver, and gold, same story. You mean 'alloys' not metals - no pure metal contains iron aside from iron itself as they are just elements as opposed to compounds.
Magnets are just certain minerals that create a strong magnetic field. Everything in the universe, down to our atoms, creates a magnetic field (which is why you can't walk through walls, even though the atoms in you are relatively far apart from one another). Some metals (such as iron) have a magnetic field that is attracted to the field from a magnet. So, the two objects, if given the opportunity, will try to go nearer to each other.
Some other metals that may be attracted to a magnet include nickel and cobalt. These metals have magnetic properties and can be attracted to a magnet due to their alignment of magnetic domains.
All ferrous metals like iron, steel and to some extent stainless steel. Nickel and cobalt are magnetic too. Apart from these there are rare magnetic earths or rocks like 'neodymium'. Magnetite, which was first used by man as a magnetic material (for compass-like purposes) is an oxide of iron. In New Zealand all our "copper" coins are magnetic. This would apply to the coins of any country where they contain high levels of nickel. I once lived on a property in Queensland where lumps of 'gravel' would often cling to my spade ... the soil was heavily laden with magnetite!
Cobalt and some alloys of neodymium are also magnetic. The odd one out is steel because it is not an elemental metal but rather an alloy composed primarily of iron and carbon.
Despite aluminum being the most abundant metal on Earth, it does not interact with magnetic materials. The reason is a little complicated , but basically it's because the atoms, specifically the electrons, in solid aluminum are too far apart from each other to induce cohesive allignment of their magnetic dipoles. Hence the overall magnetic effects of the electron average out to zero, even in the presence of common magnets.
Use a magnet. Steel and Iron are very magnetic. Aluminum is never magnetic. Brass is slightly magnetic.
Sure. Like aluminum? Most commercially available aluminum contains some other materials, but only accidental traces of iron, if any. Copper, silver, and gold, same story. You mean 'alloys' not metals - no pure metal contains iron aside from iron itself as they are just elements as opposed to compounds.
Magnets are just certain minerals that create a strong magnetic field. Everything in the universe, down to our atoms, creates a magnetic field (which is why you can't walk through walls, even though the atoms in you are relatively far apart from one another). Some metals (such as iron) have a magnetic field that is attracted to the field from a magnet. So, the two objects, if given the opportunity, will try to go nearer to each other.
It doesn't. The north pole and the north magnetic pole are miles apart.
yes
All metals are solids and good conductors apart from Mercury which is a liquid but is a good conductor.
One method to separate cobalt and sugar is through fractional crystallization. By dissolving the mixture in water and adjusting the temperature to allow sugar crystals to form first, the sugar can be separated while leaving the cobalt behind in the solution. Another method is by using a solvent extraction technique where an organic solvent that selectively binds to cobalt can be used to extract the cobalt from the sugar solution.
Iron is magnetic, lead is not.