Physics Sandbox: Motion Lab

Welcome to Physics Sandbox, an interactive educational lab designed to make classical mechanics visual, intuitive, and engaging. Whether you are a student, teacher, or science enthusiast, Physics Sandbox allows you to experiment with Newtonian physics in a dynamic, real-time environment. 🔬 Key Features & Modules Interactive Physics Modules: Free Fall: Analyze gravitational pull, terminal velocity, and air resistance. Projectile Motion: Calculate trajectory paths, peak altitude, and range. Spring Oscillation: Explore Hooke’s Law, damping forces, and simple harmonic motion. Elastic Collisions: Observe energy transfer, momentum, and restitution. Real-Time Newtonian Math Visualizers: Central coordinate grid canvas rendered at high performance. Toggle live visual vectors for Velocity ($\vec{v}$), Acceleration ($\vec{a}$), and Net Force ($\vec{F}$). Customizable Physical Constants: Adjust mass ($m$), velocity ($v$), surface friction ($\mu$), and gravitational acceleration ($g$) using smooth sliders. Select environment presets including Earth ($g = 9.8\text{ m/s}^2$), Moon ($g = 1.62\text{ m/s}^2$), Mars ($g = 3.71\text{ m/s}^2$), Jupiter ($g = 24.79\text{ m/s}^2$), and Zero-G ($g = 0\text{ m/s}^2$). Live Data & Energy Analytics: Real-time updating charts plotting Potential Energy ($E_p = mgh$) versus Kinetic Energy ($E_k = \frac{1}{2}mv^2$). Dynamic parameters summary displaying maximum altitude, peak velocity, impact force, and terminal velocity records. 100% Offline Experience: No internet connection required. Run experiments anywhere, anytime, without ads or interruptions.

Welcome to Physics Sandbox! Explore 4 core physics simulation modules: Free Fall, Projectile Motion, Spring Oscillation, and Elastic Collisions. Customize physical constants in real-time ($m, g, \mu, v$). Real-time vector displays for velocity, acceleration, and net force. Live potential vs. kinetic energy graphing and planetary gravity presets.