Linked from

The 39 pages that link to Gravity, each with the reason it gives.

• Atmospheric pressureRelated: The atmosphere’s weight, and thus its pressure, depends on gravitational acceleration.

• BallisticsRelated: It bends projectile trajectories toward the ground during flight.

• Impact crateringRelated: Gravity governs crater collapse and limits how large a crater can grow.

• Canal lockRelated: Gravity moves water through sluices as the chamber is filled or emptied.

• BalanceRelated: Gravity continually pulls the body away from an upright posture.

• CatenaryRelated: The chain hangs because gravity loads every part of it downward.

• SpaceflightRelated: Gravity governs launch requirements, orbits, and journeys between celestial bodies.

• Balance (ability)Related: Its force continually challenges upright posture and shapes corrective responses.

• SkiingRelated: On a slope, gravity supplies much of the force that moves downhill skiers.

• AntaresRelated: Its high-resolution measurements help characterize the star's angular size and surroundings.

• JumpingRelated: Gravity slows upward motion and pulls the jumper back toward the ground.

• Spacewar!Related: A central star’s gravitational pull shaped ship trajectories.

• Water pressureRelated: Gravity gives a standing column of water its hydrostatic pressure.

• Orthometric heightRelated: Gravity determines the curved path along which orthometric height is measured.

• Theory of impetusRelated: Medieval accounts invoked a body's heaviness to explain its downward turn as impetus waned.

• Outer spaceRelated: Gravity gathers matter into stars and galaxies while shaping the motion of celestial objects.

• Spirit levelRelated: Gravity establishes the reference direction that the bubble follows.

• Water slideRelated: Gravity supplies the downhill force that accelerates riders.

• Naïve physicsRelated: Everyday falling judgments reveal how intuitive gravity differs from formal accounts.

• Playground slideRelated: It accelerates a child down the slide’s slope.

• Flows in porous mediaRelated: It drives fluid redistribution when elevation changes create a hydraulic gradient.

• SlinkyRelated: Gravity pulls the elevated coils down, driving the Slinky’s descent.