No. If you leave some copper wire in a square box it will never come out in a square shape.
Physical. It is simply changing the shape or configuration of solid copper to another shape. Chemical changes cannot be reversed.
No, copper wire is a physical property of copper. Chemical properties describe how a substance interacts with other substances to form new substances, while physical properties describe the characteristics of a substance without changing its chemical composition.
If you meant to ask, "Is stretching copper into wire a physical or chemical change", it's a physical change.
No, drawing copper into wire is a physical change because the chemical composition of copper remains the same throughout the process. The transformation involves only a change in shape and size, not in the chemical properties of the copper atoms.
Yes! It's a metal, so it can be forged into something new. Of course. Copper wire contains copper. You can use a copper wire stripper to remove the insulation and you get copper core or a copper wire gramulator to make them into small copper granules after grinding and separating the insulation.
The physical properties of copper wire that are independent of the amount of matter include shape, conductivity, density, and melting point. Shape refers to the physical form of the wire, which remains constant regardless of its mass or volume.
Physical. It is simply changing the shape or configuration of solid copper to another shape. Chemical changes cannot be reversed.
False. The ability of copper wire to be bent does not necessarily indicate that some solids do not have a definite shape. Solids, including copper, have a definite shape but can still be flexible or malleable under certain conditions.
No, copper wire is a physical property of copper. Chemical properties describe how a substance interacts with other substances to form new substances, while physical properties describe the characteristics of a substance without changing its chemical composition.
Copper is used for electric wire because it is an excellent conductor of electricity due to its low resistance. This property allows electric current to flow easily through the wire with minimal loss of energy as heat. Additionally, copper is ductile and malleable, making it easy to shape into wires for different applications.
it take 50 to 60 years.
Physical properties of copper wire that are independent of the amount of matter include conductivity, resistivity, melting point, and thermal expansion coefficient. These properties remain constant regardless of the quantity of copper wire present.
whty is copper wire not better than wire on a electromagnet whty is copper wire not better than wire on a electromagnet whty is copper wire not better than wire on a electromagnet whty is copper wire not better than wire on a electromagnet whty is copper wire not better than wire on a electromagnet
If you meant to ask, "Is stretching copper into wire a physical or chemical change", it's a physical change.
how much copper is in copper wire
No, drawing copper into wire is a physical change because the chemical composition of copper remains the same throughout the process. The transformation involves only a change in shape and size, not in the chemical properties of the copper atoms.
No. Copper wire is a solid