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• Coulomb's law [r]: An inverse-square distance law, like Newton's gravitational law, describing the forces acting between electric point charges; also valid for the force between magnetic poles. ^[e]
• Derivative [r]: The rate of change of a function with respect to its argument. ^[e]
• Divergence theorem [r]: A theorem relating the flux of a vector field through a surface to the vector field inside the surface. ^[e]
• Electric displacement [r]: a vector field D in a dielectric; D is proportional to the outer electric field E. ^[e]
• Electric field [r]: force acting on an electric charge—a vector field. ^[e]
• Gauss' law (magnetism) [r]: States that the total magnetic flux through a closed surface is zero; this means that magnetic monopoles do not exist. ^[e]
• Helmholtz decomposition [r]: Decomposition of a vector field in a transverse (divergence-free) and a longitudinal (curl-free) component. ^[e]
• James Clerk Maxwell [r]: (1831 – 1879) Scottish physicist best known for his formulation of electromagnetic theory and the statistical theory of gases. ^[e]
• Magnetic induction [r]: A divergence-free electromagnetic field, denoted B, determining the Lorentz force upon a moving charge, and related to the magnetic field H. ^[e]
• Maxwell equations [r]: Mathematical equations describing the interrelationship between electric and magnetic fields; dependence of the fields on electric charge- and current- densities. ^[e]
• Spherical polar coordinates [r]: Angular coordinates on a sphere: longitude angle φ, colatitude angle θ ^[e]
• Vector field [r]: A vector function on the three-dimensional Euclidean space $\scriptstyle \mathbb {E} ^{3}$ . ^[e]