Projectile Motion Diagram Maker

Separate the path from the motion

A projectile diagram shows a trajectory together with quantities such as velocity components, displacement, and acceleration. The usual parabolic classroom model assumes constant downward gravity and no air resistance.

Use it to explain a physics problem

An angled throw or a ball rolling off a table is easier to discuss when launch conditions and reference heights are visible. The example shows a schematic trajectory with velocity-component, peak, and range labels, not a verified numerical solution.

Make the physical assumptions visible

1. Define the origin. Heights and displacements need a stated reference.
2. Label the idealization. A no-drag model should be identified as such.
3. Keep vectors distinct. Velocity follows the tangent; gravitational acceleration points downward.
4. Check the apex. In the ideal model, vertical velocity is zero there while gravity still acts.
5. Match equations to conditions. Do not apply a same-height range result to a landing at a different elevation.

Draft the explanation around the problem

MyMap draws a schematic from your launch description. Ask to add axes, move labels, or show another point on the path, then check any requested calculations independently.