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The 38 pages that link to Angular velocity, each with the reason it gives.

• Angular momentumCompared with: It describes rotational rate, while angular momentum also depends on inertia.

• Coriolis effectRelated: Earth's angular velocity sets the scale of Coriolis acceleration.

• Earth’s rotationNarrower topic: Earth’s rotation rate is expressed as angular velocity.

• RadianRelated: Radians per second express rotational rate and connect it to tangential speed.

• VelocityCompared with: It describes rotational change, unlike linear velocity's change in position.

• AngleRelated: It treats changing angle as a measurable rate of rotation.

• Centrifugal forceRelated: Its squared magnitude sets the centrifugal force per unit mass and distance.

• VorticityCompared with: A fluid’s vorticity is twice the local angular velocity only for rigid-body rotation.

• Centripetal forceRelated: It gives an equivalent expression for centripetal force using angular speed and radius.

• Rigid bodyRelated: It specifies the instantaneous rotational motion of a rigid body.

• Angular frequencyCompared with: It describes rotation of a physical object; angular frequency tracks phase progression.

• Coriolis forceRelated: The force’s direction depends on the frame’s angular-velocity vector.

• Differential rotationNarrower topic: Differential rotation means angular velocity varies with position.

• Rotating reference frameBroader topic: Its magnitude and direction determine the Coriolis and centrifugal terms.

• Axis of rotationRelated: Its direction lies along the rotation axis, while its magnitude gives the turning rate.

• CentrifugeRelated: Together with rotor radius, it determines the acceleration applied to samples.

• Circular motionRelated: It measures how quickly the radius sweeps through angle as the object circles.

• FlywheelRelated: It is the speed variable used to calculate a flywheel’s stored energy.

• Uniform circular motionRelated: Constant speed on a fixed-radius circle means constant angular velocity.

• Centripetal accelerationRelated: It gives an equivalent expression for centripetal acceleration when combined with radius.

• TopspinNarrower topic: Topspin is defined by the ball’s rotational speed and axis.

• Rotational motionRelated: It measures how quickly rotational motion proceeds.

• Angular displacementRelated: Angular velocity describes how quickly angular displacement accumulates.

• Gear ratioRelated: A gear ratio relates the angular velocities of the two meshing gears.

• OrientationCompared with: Angular velocity describes change over time, not the attitude at a particular instant.

• Angular accelerationRelated: Angular acceleration is the time derivative of this rotational rate.

• Jacobi integralRelated: The primaries’ angular velocity sets the rotating frame and contributes to the integral’s centrifugal term.

• Related ratesRelated: Related rates can connect angular motion to changing linear distances.

• Taylor–Couette flowRelated: Each cylinder's angular velocity sets the boundary motion and influences stability.

• OdometerRelated: Wheel rotation provides the motion signal from which many odometers derive distance.

• Rossby numberRelated: The rotation rate sets the timescale against which fluid motion is compared.

• Non-inertial reference frameRelated: Rotation at nonzero angular velocity makes a frame non-inertial.

• Gaspard-Gustave de CoriolisRelated: The strength and direction of the Coriolis term depend on the frame’s angular velocity.

• Radian per secondNarrower topic: Radian per second expresses this rate in a named unit.

• Revolutions per minuteRelated: It describes the same turning motion in angular units rather than turns per minute.

• Epicyclic gearingNarrower topic: Each gear member has an angular velocity, and the carrier makes those velocities interdependent.

• Equatorial bulgeRelated: Faster spin generally increases the centrifugal contribution and the bulge.

• Time derivativeRelated: It applies time differentiation to rotational rather than linear position.