The quantum hall effect gives rise to the von Klitzing standard for this quantity, which is negligible in materials exhibiting ballistic transport.
The quantum hall effect gives rise to the von Klitzing standard for this quantity, which is negligible in materials exhibiting ballistic transport. Negative in tunnel diodes, this quantity is directly proportional to length and inversely proportional to cross-sectional area. In AC circuits, its effective value is increased by the proximity and skin effects. For linear loads, power equals the square of current times this quantity. Reactance is added to this quantity to obtain an analogous quantity for alternating current, the impedance. For 10 points, name this quantity equal to voltage over current, which is measured in ohms.
The quantum hall effect gives rise to the von Klitzing standard for this quantity, which is negligible in materials exhibiting ballistic transport.
electrical {resistance} [accept {specific electrical resistance} before " {tunnel diodes} "]