This quantity is increased in the proximity effect, which results from current crowding in materials that are close together. This quantity is proportional to the length of a wire and inversely proportional to the cross section of a wire. The (*) "sea of electrons" effect makes this quantity low in metals. It is equal to potential over current according to Ohm's (OMEZ) Law. For 10 points, identify this measure of a materi
This quantity is increased in the proximity effect, which results from current crowding in materials that are close together. This quantity is proportional to the length of a wire and inversely proportional to the cross section of a wire. The (*) "sea of electrons" effect makes this quantity low in metals. It is equal to potential over current according to Ohm's (OMEZ) Law. For 10 points, identify this measure of a material's opposition to the flow of steady current through it.
This quantity is increased in the proximity effect, which results from current crowding in materials that are close together.
electrical {resistance}