The  ux-freezing theorem can be derived from integrating the ideal version of this law for MÂ·HÂ·D, which states that the electric  eld plus the velocity  eld crossed with the magnetic  eld equals zero.
The  ux-freezing theorem can be derived from integrating the ideal version of this law for MÂ·HÂ·D, which states that the electric  eld plus the velocity  eld crossed with the magnetic  eld equals zero. The proportionality constant for the microscopic version of this law is the electron density times the "square of fundamental charge" times the "mean free time between collisions," all over mass, in the Drude (drood) model. The microscopic analog of this law is that the current density equals the conductivity times the electric  eld. Diodes do not follow this law because their IÂ–V curves are nonlinear; if the curves were linear, the slope would be the proportionality constant for this law. For 10 points, what law states that the voltage between two points in a circuit is equal to the current times the resistance?
The  ux-freezing theorem can be derived from integrating the ideal version of this law for MÂ·HÂ·D, which states that the electric  eld plus the velocity  eld crossed with the magnetic  eld equals zero.
Ohm's law