Linked from

The 50 pages that link to Projectile motion, each with the reason it gives.

• Newton's laws of motionBroader topic: Its curved path follows from combining horizontal inertia with vertical gravitational acceleration.

• Classical mechanicsBroader topic: It is a simple case where forces yield a calculable trajectory.

• Newtonian mechanicsBroader topic: It is a direct application of Newton’s laws to everyday trajectories.

• Newton's second lawBroader topic: Applying the law to gravity predicts the projectile's changing velocity and trajectory.

• KinematicsBroader topic: Separating horizontal and vertical motion applies kinematics to a familiar trajectory.

• DisplacementBroader topic: Horizontal and vertical displacements describe a projectile’s change in position.

• Free-body diagramBroader topic: A diagram isolates the projectile and shows gravity as its sole force in the ideal model.

• Newton's first lawBroader topic: Its horizontal component approximates constant velocity when air resistance is negligible.

• Parametric equationBroader topic: Time parameterizes horizontal and vertical position, producing a parabolic trajectory.

• ProjectileBroader topic: It describes how a projectile’s horizontal and vertical motion combine into a trajectory.

• Instantaneous velocityBroader topic: Its horizontal and vertical velocity components evolve differently.

• Naïve physicsBroader topic: Predictions about launched objects expose misconceptions about curved trajectories and continuing force.

• Equations for a falling bodyBroader topic: Its vertical component follows the same equations as a falling body.

• Newtonian dynamicsBroader topic: It applies Newtonian laws to a trajectory with a nearly constant gravitational force.