No.
Copper used in wiring would not qualify as laboratory-grade (pure). It would be far too expensive to manufacture and would not improve the conductivity enough to make a difference. Some copper wire is even plated.
Laboratory-grade (pure) copper is a single substance, the element copper.
copper is an ELEMENT therefore it is not a heterogeneous OR homogeneous mixture.
No, copper chloride is a pure substance.
No, copper chloride is a pure substance.
Neither. Copper is not a mixture at all. It is a pure element.
No, its a compound which is 2 or more elements combined. Copper oxide is copper + oxygen which are 2 separate substances.
It should be a "pure" substance, but its really an alloy.
pure substance
copper is an ELEMENT therefore it is not a heterogeneous OR homogeneous mixture.
It should be a "pure" substance, but its really an alloy.
Copper is a pure substance.
Yes, copper is an element, which is a pure substance.
Yes, copper sulfate is considered a pure substance because it has a definite and uniform composition of copper, sulfur, and oxygen in a fixed ratio. It can be represented by a chemical formula (CuSO4) and is not a mixture of different substances.
Copper used in wiring would not qualify as laboratory-grade (pure). It would be too expensive to manufacture.
Copper metal is an element and thus a pure substance.
Copper metal is an element and thus a pure substance.
Copper metal is an element and thus a pure substance.
The primary element in a copper wire is copper itself, which can range from 99.9% to 99.999% pure. Copper wires are often also alloyed with other elements such as tin or silver to improve their properties like strength and conductivity. Insulation materials like PVC or nylon are also used around the copper wire to protect and insulate it.