According to norms or rules or to a regular pattern. • Adhering to or being what is considered natural or regular in a particular field or context: • In whose representation in a given base b ≥ 2, for every positive integer n, the bⁿ possible strings of n digits follow a uniform distribution. • With cosets which form a group. • Which is the splitting field of a family of polynomials in K. • Which has a very specific bell curve shape; that is or has the qualities of a normal distribution. • Which is pre-compact. • Which is strictly monotonically increasing and continuous with respect to the order topology. • Which commutes with its conjugate transpose. • Which commutes with its adjoint. • Which is the kernel or cokernel of some morphism, respectively. • Which contains only normal morphisms. • In which disjoint closed sets can be separated by disjoint neighborhoods. • Integrally closed: equal its own integral closure in its field of fractions. • Such that all of its localizations at prime ideals are integrally closed domains. • Such that the local ring at every point is an integrally closed domain. • Usual, healthy; not sick or ill or unlike oneself. • Fervently interested in a subject; obsessed. • Teaching teachers how to teach; teaching teachers the norms of education. • Of, relating to, or being a solution containing one equivalent weight of solute per litre of solution. • Describing a straight chain isomer of an aliphatic hydrocarbon, or an aliphatic compound in which a substituent is in the 1- position of such a hydrocarbon. • In which all parts of an object vibrate at the same frequency (a normal mode). • In the default position, set for the most frequently used route. • Perpendicular to a tangent of a curve or tangent plane of a surface.