This effect shifts the equipotentials by an angle equal to B times the conductivity over n
This effect shifts the equipotentials by an angle equal to B times the conductivity over n times e timesthe speed of light. For ambipolar conduction, this effect's strength is directly related to the number of holesminus the number of electrons times b squared. The conductivity created by one type of this effect is equalto the filling factor times the fundamental charge squared over h. That effect was discovered by vonKlitzing. The current times the strength of the magnetic field over the number density of electrons times thefundamental charge times the plate's thickness gives the velocity caused by this effect. For 10 points, namethis effect that causes a voltage difference across an electrical conductor due to a magnetic field.
This effect shifts the equipotentials by an angle equal to B times the conductivity over n
Hall effect