Linked from

The 28 pages that link to Terminal velocity, each with the reason it gives.

• Projectile motionRelated: A falling projectile with substantial drag can approach a speed unlike ideal free fall.

• ParachuteRelated: An inflated canopy lowers the terminal velocity reached during descent.

• Stokes' lawRelated: A falling sphere reaches this speed when Stokes drag balances its effective weight.

• Aerodynamic dragRelated: It shows how drag limits acceleration through a fluid.

• DragRelated: Drag sets the limiting fall speed when it balances gravity.

• SpeedRelated: It describes a limiting speed during motion through a resisting fluid.

• Ballistic trajectoryRelated: It can limit a projectile’s speed during long flights through the atmosphere.

• Gravity separationRelated: Differences in terminal velocity determine how particles travel through a fluid.

• Wind dispersalRelated: Lower terminal velocity gives a seed more time for horizontal wind transport.

• HailRelated: A stone falls when its weight outpaces the storm's lifting air; its fall speed affects its size at the ground.

• PappusRelated: A pappus lowers a fruit’s falling speed by increasing aerodynamic drag.

• Net forceRelated: At terminal velocity, the opposing forces make the net force zero.

• RainRelated: Raindrops approach this speed as air resistance balances their downward pull.

• Nonconservative forceRelated: Fluid drag, a nonconservative force, balances gravity at terminal velocity.

• Resultant forceRelated: At terminal velocity, opposing forces cancel and the resultant becomes zero.

• Felix BaumgartnerRelated: Changing air density shaped whether Baumgartner could exceed the speed of sound.

• Instantaneous velocityRelated: It is a case where instantaneous velocity stops changing despite ongoing motion.

• Oil-drop experimentRelated: A droplet's falling terminal speed let Millikan estimate its radius and gravitational force.

• TaraxacumRelated: The pappus slows falling fruits, extending the time available for wind transport.

• Archimedes numberRelated: Particle terminal velocity follows from balancing the buoyancy-related weight difference against fluid drag.

• Franz ReicheltRelated: The suit needed to reduce Reichelt’s descent speed before impact.