Interactive Pendulum Lab
A virtual physics laboratory for studying the motion of a simple pendulum. This client-side tool lets you control variables like pendulum length, gravity, and friction (damping) to see how they affect the period and motion. A key feature is the real-time energy chart that visually demonstrates the principle of conservation of energy as it converts between kinetic and potential forms. It's a perfect tool for students learning about oscillations and simple harmonic motion.
Professional Physics Laboratory
Advanced pendulum simulation with multiple visualization modes and precise controls
Simulation
Parameters
Display
Solver
Current State
Angle
0.00°
Angular Vel
0.00 rad/s
Period
2.14s
Energy
0.00 J
About This Tool
An interactive physics simulation of a simple pendulum. Adjust length, gravity, and friction to study simple harmonic motion and the conservation of energy.
pendulum simulator simple harmonic motion physics lab physics simulations conservation of energy oscillations
Advanced Features
- • Multiple Solvers: Runge-Kutta, Euler, and Verlet integration methods
- • Driven Oscillations: Add external forcing with adjustable amplitude and frequency
- • Phase Space Analysis: Visualize the pendulum's state in phase space
- • Real-time Plotting: Track angle, velocity, and energy over time
- • Variable Parameters: Adjust length, gravity, damping, and mass dynamically
- • Professional Accuracy: High-precision numerical integration for research-quality results