This description is applied to bosons with a spin of 1, since their spin states transform like one of these things.
This description is applied to bosons with a spin of 1, since their spin states transform like one of these things. One class of these objects is classified as either spacelike, timelike, or null. One operation on one of these things is set equal to zero in Gauss's law for magnetism; that operation is called "divergence", or "del dot". A basis for these things is typically denoted "i hat, j hat, k hat" in rectangular coordinates. The cross product of two of these things yields another one of these things, and addition on them is performed "tip to tail". For 10 points, give this name for a mathematical object with a magnitude and a direction, often expressed as tuples of scalars.
This description is applied to bosons with a spin of 1, since their spin states transform like one of these things.
vectors [or vector fields; or three-vectors; accept four-vectors; accept unit vectors] 