FAQ

22. Electrical conductivity and conductor resistance
Electrical conductivity is the measure of a material's ability to allow the transport of an electric charge.
Conductor resistance is a property of a conductor at a specific temperature, and it is defined as the amount of opposition there is to the flow of electric current through a conducting medium.
Electrical conductivity and conductor resistivity are essentially the opposite of each other:
The more electrical conductivity a material has the less resistance it offers to current flow. The more resistance the conductor has, the less conductive it is.
Electrical conductivity and conductor resistivity are essentially the opposite of each other: