Physics Simulations

Variable Forces and Work Simulation

Newton's Laws in Elevators Simulation

Connected Bodies Simulation

Atwood Machine Simulation

Efficiency Simulation

Pulley Systems Simulation

Conservation of Mechanical Energy Simulation

Interactive Power Work & Energy Simulator

Elastic Potential Energy Simulation

Gravitational Potential Energy Simulation

Center of Mass Distribution Simulation

3D Work–Energy Theorem Simulation

Work Done by a Constant Force Simulation

3D Center of Gravity Simulaiton

3D Torque Simulation

3D Rotational Equilibrium Simulation

Recoil and Explosions

Conservation of Momentum Simulation

Two-Dimensional Collisions Simulation

3D inelastic Collision Simulation

3D Elastic Collisions Simulation

3D impulse and Momentum Simulation

Tension Force Simulation

3D Centrifugal Force and Apparent Effects

Centripetal Force Simulation

Gravity & Gravitational Acceleration Simulation

3D Circular Motion Simulation

Normal Force Simulation

Static vs. Kinetic Friction Simulation

3D Friction Simulation

Net Force Interactive Simulation

Mass vs Weight Simulation

Forces & Free-Body Diagrams Simulation

Uniformly Accelerated Motion Simulation

Motion & Reference Frames Simulation

3D Acceleration Simulation

Uniform Motion Simulation

Double Pendulum Simulation

How friction stops vehicles Simulation

Pendulum simulation

Projectile motion simulation

pen it on any device — phone or desktop — and try this: drag the angle slider back and forth and watch the predicted dashed arc reshape instantly, before you even press Play. A few things worth knowing about how it work…

Distance vs Time Graph Interpretation simulation

Learning Outcomes & Exploration Learning Objectives: Visually connect the physical movement of an object to the shape of a line on a coordinate plane. Understand that the slope of a distance-time graph represents veloci…

Speed vs Velocity Distinction simulation

Learning Outcomes & Exploration Key Concepts Demonstrated: Distance is Additive: Notice that the "Cumulative Distance" line graph never goes down. Every step you take adds to your total distance, regardless of direction…

Newton's first law of motion

Newton's second law of motion

Newtons's Third Law Of Motion

Acceleration-Time Graph Analysis Simulation

Deriving the Equations of Motion (SUVAT) Simulation

Relative Velocity in One Dimension Simulation

Relative Velocity in Two Dimensions Simulation

River-Boat Crossing Problem Simulation

Rain Falling on a Moving Observer Simulation

Two Trains Crossing Each Other Simulation

Motion of a Bouncing Ball with Energy Loss Simulation

Motion on a Frictionless Inclined Plane Simulation

Effect of Air Resistance on Falling Objects Simulation

Terminal Velocity of a Skydiver Simulation

Uniform Circular Motion Kinematics Simulation