Python Physics: Motion of a Ping Pong Ball with Air Drag

Explore the physics of a tossed ping pong ball with significant air resistance through a Python-based numerical calculation model. Learn how to break down the motion into short time intervals using Web VPython for accurate simulations. Dive into the complexities of modeling air drag and its effects on projectile motion. Access the provided code to experiment with the simulation yourself. This video is part of a comprehensive series covering introductory algebra-based physics, based on the free OpenStax College Physics textbook. Gain practical insights into applying programming to solve physics problems and visualize complex motions. Perfect for students and enthusiasts looking to deepen their understanding of physics concepts through computational methods.