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The 116 pages that link to Buoyancy, each with the reason it gives.

• Lift (force)Compared with: Buoyancy also points upward, but arises from displaced fluid rather than motion-generated aerodynamic forces.

• ThrustCompared with: Buoyancy arises from fluid pressure, not from a propulsion system expelling or accelerating matter.

• Free fallCompared with: Buoyancy prevents motion from being gravity alone in a fluid.

• Ground reaction forceCompared with: It can support a body through fluid pressure instead of ground contact.

• Normal forceCompared with: Buoyancy is a distributed fluid force, unlike the localized solid-surface contact force.

• Aerodynamic dragCompared with: Buoyancy depends on displaced fluid, unlike drag’s dependence on relative motion.

• DragCompared with: Buoyancy comes from displaced-fluid pressure, unlike resistance to relative motion.

• Atmospheric dragCompared with: Buoyancy arises from displaced fluid, whereas drag opposes relative motion.

• PachyostosisCompared with: Pachyostosis can counter buoyancy, whereas buoyancy itself is the physical force involved.

• Pressure-gradient forceCompared with: Buoyancy concerns a body’s immersed volume, whereas the pressure-gradient force acts throughout the fluid.

• HydrofoilCompared with: At rest a hydrofoil craft floats by buoyancy; its foils take over much of the support underway.

• Contact forceCompared with: It acts through fluid pressure at a boundary, unlike a single solid contact point.

• Levitation (physics)Compared with: Floating can look like levitation, but it depends on support from a surrounding fluid.