Neither really. Iron, since it is naturally magnetic, is often used in most magnets. Gold is conductive, so it can be used in electro-magnets, but it's cheaper to use Iron-ferrite
Carbon is not used to extract gold because carbon does not react with gold at standard conditions. Gold is a noble metal that is very unreactive, so it does not readily form compounds with other elements like carbon. Instead, other methods such as cyanidation or flotation are typically used to extract gold from ores.
carbon granules are then added to the solution, get the gold to pull from the cyanide solution and attaches to the carbon. The gold is then removed from the carbon by been washed in caustic cyanide solution. the carbon is them reused.
Carbon is not effective in extracting gold because gold does not readily react with carbon under normal conditions. Gold is a noble metal that has low reactivity, making it difficult to separate it from other metals using carbon as a reducing agent. Other methods, such as cyanidation or smelting, are more commonly used for extracting gold from ores.
carbon
The high reactivity of gold is NOT a reason why gold is often used to make jewelry. Gold is unreactive, which makes it highly resistant to corrosion and tarnishing, making it an ideal choice for jewelry and decorative items.
No, a magnet cannot be used to test real gold. Gold is not magnetic, so if a magnet is attracted to the material, it is likely not real gold. The best way to test for real gold is with a professional jeweler or using a specific testing kit.
No, a magnet cannot determine if gold is real because gold is not magnetic. Gold is a non-magnetic metal, so it will not be attracted to a magnet. Other methods, such as acid testing or specific gravity testing, are typically used to determine the authenticity of gold.
You can use neodymium magnet (also known as NdFeB, NIB, or Neo magnet) which is the most widely-used type of rare -earth magnet, is a permanent magnet made from an alloy of neodymium, iron, and boron to form the Nd2Fe14B tetragonal crystalline structure.
Carbon is not used to extract gold because carbon does not react with gold at standard conditions. Gold is a noble metal that is very unreactive, so it does not readily form compounds with other elements like carbon. Instead, other methods such as cyanidation or flotation are typically used to extract gold from ores.
carbon granules are then added to the solution, get the gold to pull from the cyanide solution and attaches to the carbon. The gold is then removed from the carbon by been washed in caustic cyanide solution. the carbon is them reused.
You can use a magnet to test if the piece of "gold" is magnetic or not. Gold is not magnetic, so if it is attracted then it is not real.
Pot of gold machines typically use electromagnets, which are magnets generated by electric current flowing through a coil of wire. The strength of the magnetic field can be controlled by adjusting the amount of current. These electromagnets are often used to manipulate the coins or tokens in the machine.
Carbon disulfide can be used to separate a mixture of iron filings and sulfur. This is because carbon disulfide can be used to dissolve sulfur, thus leaving you with the iron filings.
because pure iron have not carbon, that disrupt the magnetic field.
A swinging magnet was often used in old-fashioned compasses to indicate direction based on Earth's magnetic field. The magnet would align itself with the Earth's magnetic field, pointing towards the magnetic North Pole.
Gold, silver, platinum, carbon (diamond)
A magnet does not normally stick to silver. However a current of electricity passing through silver wire will produce a magnetic field around the wire. That electric field would have an effect on a magnet, the principle of a solenoid switch. Copper is usually used in such switches as it is cheaper but silver could be used.