Cartesian geometry

Online.Cartesian geometry

Published on Wednesday, April 30, 1997 by Gideon Ariel

Cartesian geometry

Analytic geometry, also called coordinate geometry and earlier referred to as Cartesian geometry, is the study of geometry using the principles of algebra.

Usually the Cartesian coordinate system is applied to manipulate equations for planes, lines, curves, and circles, often in two and sometimes in three dimensions of measurement.

As taught in school books, analytic geometry can be explained more simply: it is concerned with defining geometrical shapes in a numerical way, and extracting numerical information from that representation. The numerical output, however, might also be a vector or a shape. Some consider that the introduction of analytic geometry was the beginning of modern mathematics.

See also

2DTwo-dimensional coordinate system
3DThree-dimensional coordinate system
AngleDefinition of an angle
AxisDefinition of Cartesian axis
Cartesian geometryWhat is Cartesian geometry?
Coordinate systemDefinition of coordinates
CurveDefinition of a curve
DistanceDefinition of distance
Euclidean geometryWhat is Euclidean geometry?
GeometryDefinition of geometry
LengthDefinition of length
LineDefinition of a line
OriginDefinition of origin in a Cartesian coordinate system
Perspective projectionDefinition of perspective projection
Planar homographyDefinition of planar homography
PlaneDefinition of a plane
PointDefinition of a point
Point (kinematics)Definition of a point (kinematics)
Projective geometryWhat is projective geometry?
Segment (kinematics)Definition of a segment (kinematics)
Vanishing pointsDefinition of vanishing points and vanishing lines in perspective projection
VectorDefinition of a vector

 

Reference: /wizard/manual/concepts/geometry.cartesian.html