Along with Gauss' laws of electricity and magnetism and Faraday's law of induction, this law makes up Maxwell's equations.
The Kelvin-Stokes theorem relates the differential and integral forms of this law. In On the Physical Lines of Force, one scientist claimed that one must add the displacement current to the free current to correct this law. Along with Gauss' laws of electricity and magnetism and Faraday's law of induction, this law makes up Maxwell's equations. For ten points, identify this law that states that the magnetic field in a closed loop is in proportion to the current enclosed in that loop, which is named for a French scientist.
The Kelvin-Stokes theorem relates the differential and integral forms of this law.
{Ampere}’s Law