Linked from

The 81 pages that link to Coordinate system, each with the reason it gives.

• Event (relativity)Related: Coordinates identify an event relative to a specified spacetime chart.

• Tensor calculusRelated: Tensor components depend on coordinates even when the geometric object does not.

• Topographic surveyingRelated: A survey’s coordinates have meaning only within a specified system.

• Location-based serviceRelated: Coordinates give location estimates a consistent way to identify positions.

• Vector (physics)Related: Coordinates express a vector's components relative to chosen axes.

• Vector geometryRelated: Coordinates turn geometric points and vectors into numerical data for calculation.

• Orbital precessionRelated: Reported orientation changes require separating physical precession from reference-frame motion.

• Astronomical tablesRelated: A table’s positions are meaningful only when its coordinate system is specified.

• 3D computer graphicsRelated: Graphics pipelines move points among object, world, camera, and screen coordinates.

• BearingRelated: A bearing depends on which direction the coordinate frame defines as its reference.

• Construction surveyingNarrower topic: Construction set-out depends on a project coordinate system that matches survey control to design data.

• Gregorio Ricci-CurbastroRelated: Ricci-Curbastro’s calculus tracks how tensor components change between coordinate systems.

• Cylindrical coordinate systemNarrower topic: Cylindrical coordinates are one way to represent three-dimensional positions.

• Multivariable calculusRelated: Coordinates let functions and regions be represented and computed.

• Astronomical coordinate systemsNarrower topic: Astronomical systems apply this general scheme to directions and positions in space.

• Euclidean vectorRelated: Coordinates represent vectors numerically, while their geometric properties remain independent of the choice.

• OpenGLRelated: OpenGL transforms geometry between model, view, clip, and window coordinate spaces.

• Pointing deviceRelated: Device movement must be mapped onto positions in the interface.

• Resultant forceRelated: Choosing axes lets force directions be expressed as signed components.

• Vector-valued functionRelated: Coordinates turn vector outputs into lists of scalar functions.

• Instantaneous velocityRelated: The velocity's sign and components depend on the chosen coordinates.

• Perpendicular axis theoremRelated: Choosing perpendicular in-plane coordinates makes the squared distance split into two terms.

• Vector notationRelated: Component notation depends on a chosen coordinate system.

• 0 (number)Related: Zero commonly marks the origin from which coordinates are measured.

• 2D computer graphicsRelated: 2D drawing operations place and transform shapes using coordinates.

• Equations for a falling bodyRelated: Choosing the vertical axis sets the signs of displacement, velocity, and gravity.

• Geometry (configuration)Related: Coordinates turn spatial positions into values that can specify a configuration.

• Principle of covarianceNarrower topic: Covariance concerns how physical equations are represented when this scheme changes.

• Technical geographyRelated: Coordinates let geographic observations be located consistently.

• Three-dimensional system (spatial)Related: Coordinates specify where each part of a three-dimensional system is located.

• Two-dimensional spaceRelated: Two independent coordinate values locate each point in a plane.