Linked from

The 24 pages that link to Gravitational field, each with the reason it gives.

• Electric fieldCompared with: It has a similar force-per-source definition but acts universally on mass.

• Magnetic fieldCompared with: It is another force field, but it acts on mass rather than charge and magnetic dipoles.

• Hydrostatic equilibriumRelated: Its spatial strength determines the local force that the pressure field must balance.

• Newton's law of universal gravitationRelated: It recasts the pairwise force law as a field acting on a test mass.

• Vector fieldBroader topic: It models the force experienced by a test mass throughout space.

• Gravitational potentialCompared with: Unlike the scalar potential, the field directly specifies acceleration and direction.

• Equivalence principleNarrower topic: The principle compares its local effects with those of acceleration.

• GravityBroader topic: It represents gravity locally in Newtonian physics.

• Tidal forceNarrower topic: Tidal force compares field values at different locations within one body.

• Escape velocityNarrower topic: Escape speed is defined relative to the extent and strength of this field.

• Newtonian gravityRelated: The field expresses how Newtonian gravity assigns an acceleration to locations around a mass.

• Gravitational accelerationNarrower topic: Field strength gives the local acceleration of a test body.

• WeightRelated: The field at a body's location specifies its weight per unit mass.

• Free fallNarrower topic: The local field supplies the acceleration in a free-fall trajectory.

• Gravitational potential energyNarrower topic: The field assigns gravitational potential energy to an object's position.

• Gravitational forceRelated: It represents the influence of a source mass throughout the surrounding space.

• Center of gravityRelated: Changes in the field across an object can separate its center of gravity from its center of mass.

• Vector calculusRelated: Its potential and spatial variation are naturally expressed with gradient and divergence.

• Gravitational parameterNarrower topic: For a spherical body outside its surface, the field strength is set by μ and distance.

• GravitationRelated: It is the field-based language used to describe gravitational effects.

• Artificial gravityNarrower topic: Artificial gravity imitates selected effects of this natural field rather than reproducing its source.

• SourceRelated: Mass distributions generate gravitational fields, though their conventional field lines point inward.

• Gravity of EarthNarrower topic: Earth’s attraction can be represented as a field that varies with position.

• Equations for a falling bodyRelated: The equations assume a nearly uniform field, an approximation that can fail over large distances.