This man lends his name to an integration method which finds optimal points described by roots of the orthogonal polynomial, his namesake quadrature. One unit named for him is equal to ten to the negative fourth Weber per meter squared. A statement named for him implies the non-existence of magnetic
This man lends his name to an integration method which finds optimal points described by roots of the orthogonal polynomial, his namesake quadrature. One unit named for him is equal to ten to the negative fourth Weber per meter squared. A statement named for him implies the non-existence of magnetic monopoles. Another statement developed by him yields the universal gravitational law when applied to the gravitational field and reduces to Coulomb's law for point charges. For 10 points, identify this scientist whose most famous law states that the net flux through a closed surface is proportional to the charge enclosed by the surface.
This man lends his name to an integration method which finds optimal points described by roots of the orthogonal polynomial, his namesake quadrature.
Carl Friedrich Gauss