Simulation of Two Ball Collision with Physics Implementation

This MATLAB program simulates the collision between two balls, presenting a seemingly simple scenario that encapsulates rich physical principles. The implementation involves calculating momentum conservation and kinetic energy conservation, where key parameters include mass, velocity, and coefficient of restitution. The computational algorithm handles vector-based velocity calculations and collision detection through distance threshold checking. Core functions likely include: 1) Initialization of ball properties (position, velocity, mass), 2) Collision detection using Euclidean distance comparison, 3) Post-collision velocity computation using elastic collision formulas. The program structure allows straightforward extension to simulate more complex phenomena such as multi-ball interactions or ball-surface collisions. For physics enthusiasts and programming learners, this simulation provides excellent hands-on experience with numerical implementation of classical mechanics concepts through practical coding exercises.