Projectile Motion Explained
This animation breaks a launched object's path into horizontal and vertical motion, showing how constant velocity sideways combines with constant downward acceleration to create the familiar parabolic arc. Vectors for velocity and acceleration update in real time alongside the trajectory, highlighting how launch angle and speed affect range and height. Useful for introductory physics students learning kinematics and for teachers demonstrating why the two motion components can be analyzed independently before being combined.
1:1 · every frame verified for overlaps, spacing and edges before rendering
The prompt that made it
Create a 60-second animation explaining projectile motion
Make the next one in this series
- Show how launch angle changes the range of a projectile with a graph
- Compare projectile motion with and without air resistance
- Derive the range equation step by step from kinematic equations
