Linked from

The 38 pages that link to Frame of reference, each with the reason it gives.

• Coordinate systemRelated: Coordinate systems encode positions within frames, but a frame also specifies physical reference conditions.

• Celestial mechanicsRelated: Orbital predictions depend on the frame in which positions and times are expressed.

• Kinetic energyRelated: An object's speed, and therefore its kinetic energy, depends on the chosen frame.

• Proper motionRelated: Proper-motion values depend on the adopted celestial coordinate frame and reference objects.

• Orbital inclinationRelated: The stated frame determines the plane against which inclination is measured.

• KinematicsRelated: Position and motion are measured relative to a chosen frame.

• Free fallRelated: A body's motion in free fall is measured relative to a chosen frame.

• EphemerisRelated: Predicted positions depend on the origin, orientation, and time standard adopted.

• Gravitational potential energyRelated: A reference level within the chosen coordinates sets the zero of potential energy.

• DisplacementRelated: Displacement is measured between positions specified in a reference frame.

• Gravity assistRelated: A flyby changes velocity relative to the Sun even when speed relative to the planet is unchanged.

• InertiaRelated: Inertial motion is defined relative to a suitable reference frame.

• SpeedRelated: Measured speed depends on the frame used to describe position and time.

• Ballistic trajectoryRelated: The observed path depends on the motion of the observer’s frame.

• TrilaterationRelated: Ranges alone give relative geometry; a reference frame anchors the result to a usable map.

• Angular displacementRelated: The measured angular change depends on the axis and frame used to define position.

• Event (relativity)Related: Event coordinates are reported relative to a chosen frame.

• World Geodetic System 1984Related: WGS 84 coordinates depend on a specified frame, not merely an abstract Earth model.

• WorldlineRelated: Coordinates draw a worldline, while different frames assign different coordinates to it.

• Frame-draggingRelated: Frame-dragging concerns how local frames of reference rotate relative to distant frames.

• OrientationRelated: Orientation is always stated relative to axes chosen by a reference frame.

• Draconic monthRelated: Different reference directions yield distinct lunar-month measurements.

• International Celestial Reference SystemRelated: The ICRS is realized as a frame through measured source positions and adopted conventions.

• Stellar orbitRelated: An orbit’s measured path depends on the frame used to describe it.

• Spacetime diagramRelated: The frame determines the diagram's coordinate axes and event coordinates.

• AbsoluteRelated: Physics asks whether quantities called absolute change with the chosen frame.

• Astronomical coordinate systemsRelated: Astronomical coordinates depend on the frame whose axes and origin anchor their values.

• Theory of relativityRelated: Relativistic measurements depend on the frame used to describe events.

• Linear motionRelated: Position and motion are measured relative to a chosen frame.