Linked from

The 25 pages that link to Weight, each with the reason it gives.

• BuoyancyRelated: Floating equilibrium occurs when upward buoyancy balances the object's weight.

• MassCompared with: Weight depends on a gravitational field; mass does not.

• VolumeCompared with: Weight is a force, whereas volume measures occupied space.

• Lift (force)Compared with: Weight opposes aircraft lift in level flight but does not depend on airflow.

• Gravitational accelerationCompared with: Weight depends on local field strength, while gravitational acceleration does not depend on the falling body's mass.

• Terminal velocityRelated: It is the downward force balanced by drag and buoyancy at terminal velocity.

• Ground reaction forceCompared with: Weight acts downward on the body, while the ground reaction force is exerted upward or sideways by contact.

• Archimedes' principleRelated: The principle equates buoyant force with the weight of displaced fluid.

• Center of gravityRelated: The center of gravity is defined through the resultant weight acting on an object.

• Normal forceRelated: Weight is often balanced by the normal force, but the two are distinct forces.

• InertiaCompared with: Weight depends on gravity, while inertia is measured by mass and does not require a gravitational field.

• Newton's third lawRelated: Weight's partner acts gravitationally on the attracting body, not at the support.

• Specific impulseRelated: The conventional definition divides thrust by propellant weight flow rather than mass flow.

• Newton (unit)Related: Weight is a force, so it is expressed in newtons.

• Pound (mass)Compared with: Everyday speech often calls mass “weight,” though physics distinguishes them.

• Earth's massCompared with: Earth's mass is not the same as the weight of objects at its surface.

• Planetary massCompared with: Mass is an intrinsic quantity, while a planet’s weight depends on an external gravitational field.

• MaterialityRelated: An object's felt or apparent weight shapes how its material presence is experienced.

• Standard gravityRelated: Weight depends on gravitational acceleration, while standard gravity supplies a reference for calculating it.

• Gravity of EarthRelated: An object’s weight near Earth reflects the local strength of Earth’s gravity.

• Kilogram-forceNarrower topic: Kilogram-force expresses weight using the mass of a one-kilogram object as its reference.

• Dry measureCompared with: A dry measure gives volume, not the force or mass of its contents.

• Resultant forceRelated: Weight is one force in a system, not generally the system's resultant.

• Weighing scaleRelated: A force-measuring scale detects weight, which changes with gravitational strength.

• Lami's theoremRelated: A suspended body's weight commonly supplies the third force in a Lami equilibrium problem.