Projectile Motion
Change launch speed, angle and gravity. Observe trajectory, range and maximum height.
A growing professional library of playable 2D and 3D visualizations for live teaching, student exploration, and topic-wise concept demonstrations.
Built for classroom explanation
play, pause, adjust, observe and discuss
Live parameters
3D-readyExplore freely
Topic-wise simulation library
Inspired by the discoverability of broad simulation libraries, organized with a clearer teaching workflow and a consistent PhyFix interface.
Change launch speed, angle and gravity. Observe trajectory, range and maximum height.
Explore length, gravity and amplitude while comparing motion and energy.
Adjust frequency and phase to visualize superposition, nodes and constructive interference.
Rotate a 3D coordinate space and adjust vector components for geometric intuition.
Manipulate translation, stretch and reflection while watching the graph update instantly.
Move around the unit circle and connect angle, sine, cosine and coordinates.
Future module for charge placement, field lines, potential and force vectors.
Future module for lenses, mirrors, focal length, refraction and image formation.
Future module for surfaces, contour maps, gradients and multivariable intuition.
No matching animations yet. This library is designed to grow topic by topic.
Physics animation directory
A scalable subject map for future animations, virtual demonstrations and interactive teaching tools.
Kinematics, forces, energy, momentum, rotation, gravitation and fluids.
Simple harmonic motion, sound, interference, standing waves and resonance.
Fields, potential, circuits, magnetism, induction and electromagnetic waves.
Ray optics, waves, quantum ideas, nuclear physics and relativity visualizations.
Mathematics animation directory
Interactive representations that connect symbols, graphs, geometry, motion and three-dimensional reasoning.
Transformations, systems, inequalities, sequences and parameter-driven graphs.
Dynamic constructions, circles, transformations, vectors and trigonometric motion.
Limits, derivatives, integrals, differential equations and multivariable surfaces.
Random experiments, distributions, sampling and visual statistical inference.
Built to grow with your teaching
Each future topic can be added as a consistent module with a thumbnail, subject tags, learning goals, controls, formulas, teacher notes and a full-screen playground.
Discuss the next animation →