Linked from

The 36 pages that link to Centrifugal force, each with the reason it gives.

• Coriolis effectRelated: It is another rotational effect, but unlike Coriolis deflection it does not depend on velocity.

• Tidal forceCompared with: It can contribute to tidal deformation in rotating systems but is not differential gravity itself.

• GeoidRelated: Earth’s rotation contributes to the effective potential whose level surface defines the geoid.

• Centripetal forceCompared with: It contrasts with the inward net force measured in an inertial frame.

• WeightRelated: Earth's rotation slightly reduces effective weight measured at its surface.

• Coriolis forceRelated: It shares the same coordinate-dependent status but depends on position rather than velocity.

• MicrogravityRelated: Rotating spacecraft can create artificial gravity rather than microgravity.

• InertiaCompared with: It is a frame-dependent apparent force, not the inertial tendency itself.

• Newton's third lawCompared with: It is not generally the reaction partner to centripetal force.

• Rotating reference frameRelated: It accounts for the outward acceleration associated with steady rotation.

• CentrifugeRelated: It describes the outward tendency that drives material toward a centrifuge’s outer radius.

• Pressure-gradient forceCompared with: It can balance pressure-gradient and Coriolis forces in curved atmospheric flows.

• Centripetal accelerationCompared with: It contrasts with the inward acceleration measured in an inertial frame.

• Earth's gravity fieldRelated: Earth's rotation reduces effective gravity away from the poles.

• Fictitious forceBroader topic: It is the radial fictitious force in a uniformly rotating frame.

• Newton's first lawRelated: Rotating-frame examples reveal why the law requires an inertial frame or an added apparent force.

• Space elevatorRelated: In the rotating Earth frame, its effect beyond geostationary orbit helps pull the tether taut.

• Angular accelerationCompared with: It is a frame-dependent apparent force, unlike angular acceleration, which describes a change in rotational velocity.

• Artificial gravityRelated: A rotating habitat's floor pushes inward while this apparent force makes occupants feel pulled outward.

• HaumeaRelated: It provides an intuitive account of why Haumea’s rapid spin distorts its shape.

• Net forceCompared with: It differs from the inward net force that curves motion in an inertial frame.

• Alexis ClairautRelated: Earth’s rotation produces the equatorial effect in Clairaut’s account.

• Washing machineRelated: During the spin cycle, rotation drives water through the drum’s perforations.

• Gravity of EarthCompared with: Earth’s rotation reduces effective gravity at the surface, especially near the equator.

• Non-inertial reference frameBroader topic: It appears when motion is described from a rotating version of this frame.

• Philip AstleyRelated: The apparent outward force helps riders stay balanced while galloping around the ring.

• Gaspard-Gustave de CoriolisRelated: It accompanies the Coriolis force in equations written in rotating frames.

• Restoring forceCompared with: Its outward direction contrasts with the inward return tendency in many rotating systems.

• Revolutions per minuteRelated: Its apparent magnitude depends on rotational rate and distance from the axis.

• Equatorial bulgeRelated: In the rotating frame, it counteracts gravity more strongly at the equator than near the poles.

• UltracentrifugeNarrower topic: The rapid rotation creates the effective force that drives sedimentation.

• Cotton candyRelated: The spinning head drives molten sugar outward through small openings.

• Cyclonic separationRelated: The rotating flow creates an outward acceleration that carries particles toward the separator wall.

• Baer–Babinet lawCompared with: It is often confused with the Coriolis effect, though it does not explain the law’s directional prediction.

• Home applianceRelated: A washer's spin cycle uses rotation to drive water out of textiles.

• Von Zeipel theoremRelated: It weakens effective gravity near the equator of a rotating star.