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The 101 pages that link to Angular momentum, each with the reason it gives.

• Hammer throwRelated: Athletes coordinate body rotation to increase the hammer's rotational speed before release.

• Léon FoucaultRelated: Conservation of angular momentum underlies both gyroscopic stability and Foucault’s rotation experiments.

• Poincaré groupRelated: Rotations and boosts generate the relativistic angular-momentum charges.

• AcrobaticsRelated: Body shape changes in flight alter rotation rate while total angular momentum is conserved.

• Astrophysical fluid dynamicsRelated: Its redistribution controls accretion, disk structure, and rotating stellar flows.

• Galactic planeRelated: The disk’s shared angular momentum helps explain why much of its matter settles into a plane.

• Jürgen SchultRelated: A thrower builds rotational motion before transferring it to the discus.

• Kerr–Newman metricRelated: Its value sets the strength of the metric’s rotational effects.

• AchernarRelated: The star’s high spin reflects the angular momentum retained through its evolution.

• No-hair theoremRelated: Angular momentum determines black-hole spin and the shape of its exterior geometry.

• NunchakuRelated: Rotational momentum helps explain how a moving rod carries force through a strike.

• Anita WłodarczykRelated: The thrower builds rotational motion and transfers it into the hammer's release.

• Circumstellar discRelated: Conservation of angular momentum helps collapsing stellar material settle into a rotating disc.

• Hockey puckRelated: Spin can help stabilize a sliding puck and shapes its motion after a shot.

• Young stellar objectRelated: Conservation of angular momentum helps turn infalling cloud material into a disk.

• Yuriy SedykhRelated: The athlete-hammer system's rotation helps explain how speed builds before release.

• Common envelopeRelated: Its redistribution during inspiral shapes the orbit and the ejected gas.

• Fidget spinnerRelated: The spinning arms carry angular momentum that resists changes in their rotational motion.

• Freestyle scooteringRelated: It helps explain how riders initiate and control spins in the air.

• Hula hoopRelated: The hoop’s rotation resists changes in its motion as the body keeps it moving.

• Hyperspherical methodRelated: Rotational symmetries constrain angular channel states in hyperspherical expansions.

• Joule-secondRelated: Angular momentum has the same SI unit and dimensions as action.

• Newton's theorem of revolving orbitsRelated: Conservation of angular momentum lets the force-law change be related to orbital angle.

• Tennis racket theoremRelated: With no external torque, angular momentum remains fixed while the body flips.

• Throwing knifeRelated: A spinning knife carries angular momentum that shapes its flight and orientation.