Linked from

The 29 pages that link to Centripetal force, each with the reason it gives.

• Newton's laws of motionRelated: The laws show that circular motion requires continuous inward acceleration.

• Newton's second lawRelated: The law relates this inward force to the acceleration needed to turn an object's velocity.

• Normal forceRelated: A surface's normal force can provide the inward force for motion along a curved path.

• Figure skating spinRelated: Ice-blade friction supplies the inward force that keeps the skater rotating around a compact center.

• Circular motionRelated: It supplies the inward acceleration that bends the object's trajectory.

• Uniform circular motionRelated: In circular motion, this net force supplies the acceleration toward the center.

• Centripetal accelerationRelated: Newton's second law links this inward force to centripetal acceleration.

• Circular orbitRelated: Gravity acts as this inward force in an ideal circular orbit.

• Centrifugal governorRelated: The governor’s rotating masses require inward force, while their outward displacement shifts the control.

• Closed curveRelated: Repeated motion along a closed trajectory requires continual inward acceleration.

• Net forceRelated: It names the net inward force associated with centripetal acceleration.

• Ferris wheelRelated: Cabins and riders follow circular paths because forces continually redirect their motion.

• Hammer throwRelated: Tension in the wire supplies the inward force that bends the hammer's path around the athlete.

• Water slideRelated: Curved sections require inward acceleration to keep riders following the slide.

• Anita WłodarczykRelated: During each turn, tension in the wire supplies the inward force that keeps the hammer circling.

• Playground slideRelated: Curved slide sections require inward acceleration to redirect motion.

• Yuriy SedykhRelated: The wire's tension supplies the inward force that keeps the hammer orbiting the thrower.

• Hula hoopRelated: Contact with the body continually redirects the hoop around its circular path.