Linked from

The 27 pages that link to Kinematics, each with the reason it gives.

• Galileo GalileiNarrower topic: Galileo helped establish mathematical ways to describe motion over time.

• Projectile motionNarrower topic: Projectile motion is solved by tracking position and acceleration over time.

• Motion captureNarrower topic: Captured motion describes kinematic changes in bodies and objects.

• RoboticsRelated: Robot kinematics relates joint movements to the positions of tools and limbs.

• Rotation matrixRelated: Rotations express the changing orientations of moving bodies and mechanisms.

• Free fallNarrower topic: Its equations describe free-fall trajectories once gravitational acceleration is known.

• Analytic geometryRelated: Coordinate functions describe the paths and changing positions of moving objects.

• ImpulseNarrower topic: Impulse links force-driven motion to changes in velocity through momentum.

• Mechanical engineeringRelated: It describes the motion and geometry of mechanisms before loads are considered.

• Vehicle dynamicsCompared with: Vehicle dynamics adds force and mass effects to kinematic descriptions of vehicle motion.

• Differential calculusRelated: Velocity and acceleration are first and second derivatives of position over time.

• StaticsCompared with: Statics focuses on forces in equilibrium rather than describing motion.

• Automotive safetyNarrower topic: Crash motion explains how occupants and vehicles move during impact.

• Sports biomechanicsRelated: Measures joint and body motion during sporting actions without yet explaining the forces behind it.

• Gait analysisRelated: Motion capture quantifies joint and limb movement without measuring the forces producing it.

• Rigid motionRelated: Rigid-body kinematics tracks translations and rotations over time.

• AnimatronicsRelated: Kinematic design determines how joints and linkages produce a figure's movement.

• ProjectileNarrower topic: It supplies the motion equations used after the projectile’s acceleration is specified.

• Nicole OresmeNarrower topic: Oresme’s diagrams and arguments anticipated quantitative ways of representing changing motion.

• Machine toolRelated: Axis arrangements define which tool and workpiece motions a machine can produce.

• Kinematic pairNarrower topic: A kinematic pair is a basic element in the analysis of constrained motion.

• KinesiologyBroader topic: It characterizes movement patterns before their forces are considered.

• ReclinerRelated: Linkage geometry determines the path of a recliner's backrest and footrest.

• Instantaneous velocityNarrower topic: Instantaneous velocity is a central quantity in kinematic descriptions.

• Linear motionNarrower topic: Linear motion is its one-dimensional setting.

• Multibody systemRelated: Kinematic analysis isolates geometry and motion before dynamic forces are considered.

• Holditch's theoremNarrower topic: The theorem’s construction is a geometric description of constrained planar motion.