Linked from

The 14 pages that link to Circular motion, each with the reason it gives.

• CircleRelated: A circle describes the ideal path traced by uniform rotation.

• Projectile motionCompared with: Unlike a free projectile's ideal parabola, circular motion continually changes direction through centripetal acceleration.

• Simple harmonic motionRelated: Uniform circular motion projected onto a diameter produces simple harmonic motion.

• KinematicsBroader topic: Its changing velocity illustrates acceleration without requiring a change in speed.

• Axis of rotationRelated: Every point away from a fixed rotation axis follows a circle centered on it.

• Central angleNarrower topic: Angular position in circular motion is measured from the path's center.

• Rotational motionRelated: Points in a rotating rigid body trace circular paths around its axis.

• Angular displacementNarrower topic: It supplies the geometric setting in which angular position changes around a center.

• Hyperbolic functionsCompared with: Circular motion gives the geometric counterpart to hyperbolic parameterization of the unit hyperbola.

• Parametric equationBroader topic: Sine and cosine of time give the changing coordinates of a rotating point.

• HapkidoRelated: Circular footwork and hand movements help Hapkido practitioners redirect force.

• Instantaneous velocityBroader topic: Its instantaneous velocity points tangent to the path.

• Linear motionCompared with: Its direction changes continuously, unlike motion on a straight path.

• Hula hoopNarrower topic: The hoop’s path around the body is a visible example of circular motion.