Not holding for semiconductors, it is true for magnets under adiabatic conditions, and has as constant the ratio of the magnet's force to its flux.
This law is governed by the same equations which govern Fick's Law of diffusion and Fourier's Law of heat transfer. Not holding for semiconductors, it is true for magnets under adiabatic conditions, and has as constant the ratio of the magnet's force to its flux. It was first shown experimentally in 1827, but since it was not expected in the German scientific community, its namesake was forced to resign from his high-school teaching position and lived in poverty for 25 years. FTP name this law which states that the voltage of a circuit is equal to the product of its current and impedance.
This law is governed by the same equations which govern Fick's Law of diffusion and Fourier's Law of heat transfer.
Ohm's Law