This is equal to k times charge divided by distance squared in Coulomb's law.
Polarization density is equal to this multiplied by vacuum permittivity and electric susceptibility. The Debye length is the distance that mobile charge carriers can shield from these. The index of refraction can change due to one of these in the Kerr effect. In Faraday's law of induction, the curl of this vector is taken, while in Gauss's law the divergence of this is equal to (*) charge density divided by vacuum permittivity. This has a value of 0 outside of a capacitor and is defined as equal to the force that a test charge would feel at a given location in space. This is equal to k times charge divided by distance squared in Coulomb's law. For 10 points, name this vector that has units of newtons per coulomb.
Polarization density is equal to this multiplied by vacuum permittivity and electric susceptibility.
electric field