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...artesian-coordinate-system.svg|thumb|right|250px|Two dimensional Cartesian coordinate system. Four points are marked: (2,3) in green, (-3,1) in red, (-1.5,-2.5) ...math> ''coordinate'' gives the position along the <math>y</math> axis. The coordinate system stretch's on to infinity in both ''axes.'' ...

[[File:Sphericalcoordinates.svg|thumb|280px|The three coordinate variables are <math>r, \theta, \text{ and } \varphi</math>]] ...n space.: Usually, two [[angle]]s, and a distance from the origin of the [[coordinate system]]. If the point lies on the [[sphere]], only the two angles are need ...

...several such coordinate systems listed below. All of them are [[Spherical coordinate system|spherical]]. ...he latitudinal coordinates, similar to the [[equator]] in the [[geographic coordinate system]]. The poles are located at ±90° from the fundamental plane. The pri ...

A '''geographical coordinate system''' is a [[coordinate system]]. This means that every place can be specified by three sets of thr [[Category:Coordinate systems]] ...

Spacetime can be thought of as a four-dimensional [[coordinate system]] in which the axes are given by ...eason for measuring time in units of the [[speed of light]] times the time coordinate is so that the units for time are the same as the units for space. Spacetim ...

...polar axis ''L''. In green, the point with radial coordinate 3 and angular coordinate 60 degrees or (3,60°). In blue, the point (4,210°).]] ...]], the '''polar coordinate system''' is a [[dimension|two-dimensional]] [[coordinate system]] in which each [[point (mathematics)|point]] on a [[plane (mathemat ...

...values of results or variables, etc. Most have the ability to [[Cartesian coordinate system|plot functions and expressions]] for visualization, which can be hel Computer algebra systems can be special purpose, focusing on only a few types of symbolic math, to v ...

:To define the transformations we use a [[Cartesian coordinate system]] to mathematically describe the time and space of "events". :The time of the event is described with the fourth coordinate ''t'' in relation to an arbitrary (0) point in time in some unit of time (l ...

...'principal axis''', and by convention is given the z-axis in a [[Cartesian coordinate system]]. ...