This law is the basis of the Hodgkin-Huxley model, and its namesake also noted that the ear perceives sound as the sum of harmonic tones. One generalization of this law relates the magnetic flux and r
This law is the basis of the Hodgkin-Huxley model, and its namesake also noted that the ear perceives sound as the sum of harmonic tones. One generalization of this law relates the magnetic flux and reluctance and is named for Hopkinson, and this law fails to take Johnson-Nyquist noise into account due to its quantum nature. One method of deriving this law relies on taking the integral of E dot d l, which gives this law's vector form as J equals sigma times E. This law can be derived using the hydraulic analogy, and it is usually used in concert with Kirchoff's rules. FTP, name this law that states that voltage equals current times resistance, or V equals I R, named for a German physicist.
This law is the basis of the Hodgkin-Huxley model, and its namesake also noted that the ear perceives sound as the sum of harmonic tones.
{Ohm}’s Law