Copper is an element.
Copper powder reacts with molten sulphur to make copper(I) sulphide (a compound). 2Cu + S -> Cu2S Please see the link.
Nothing, they simply form a mixture in molten state. A mixture of 10% Aluminium in copper is Aluminium bronze.
The element described is sodium. Sodium is a white solid at room temperature with a melting point of 730 degrees Celsius. When electricity is passed through molten sodium, it produces a brown gas (chlorine) and molten metal.
A mixture of copper and zinc is called brass. Brass is an alloy composed of varying ratios of copper and zinc, which results in a material that is resistant to corrosion and has a desirable gold-like appearance.
Copper and molten sodium chloride are electrical conductors.
Molten sulfur consists of S8 molecules that do not have free-moving charge carriers, so they cannot conduct electricity. On the other hand, molten copper chloride dissociates into Cu+ and Cl- ions, which are free to move and carry electrical charge, making it capable of conducting electricity.
Partially molten iron is considered a mixture because it consists of a combination of liquid iron and solid iron phases. This mixture contains variable compositions of iron and other elements, depending on the conditions of the material.
Yes. "Molten" means the compound has melted into the liquid state. Anything that heat has melted into a liquid can be described as molten.
No, molten iron is a pure substance because it is composed of only one type of element, which is iron. Unlike mixtures which contain two or more different substances mixed together, molten iron has a uniform composition.
To make beryllium copper alloy, beryllium is melted into copper, usually with a copper beryllium master alloy that contains a controlled amount of beryllium. The mixture is then cast into the desired shape and cooled to solidify, resulting in the beryllium copper alloy.
Magnitize it
Yes, molten copper can conduct electricity because the free-moving electrons in the molten state allow for the flow of electric current. When copper is molten, the atomic structure is disrupted, allowing for the easy movement of charged particles and thus conductivity.