The associated coefficient is approximately given by the mobility times the resistivity. This effect can be demonstrated by applying a voltage to a conducting plate in a magnetic field. The Lorentz force on charges in the plate will cause charges to drift towards one side, producing a transverse voltage. For 10 points—name this effect which can be used to determine whether
The associated coefficient is approximately given by the mobility times the resistivity. This effect can be demonstrated by applying a voltage to a conducting plate in a magnetic field. The Lorentz force on charges in the plate will cause charges to drift towards one side, producing a transverse voltage. For 10 points—name this effect which can be used to determine whether a current consists of positive or negative charge carriers.
The associated coefficient is approximately given by the mobility times the resistivity.
{Hall} effect [do not accept “quantum Hall effect”]