Physics Video Guide

Physics Meets Rock Climbing: Video Guide

This video series breaks down complex physics concepts through the hands-on analogy of rock climbing, making key principles easy to understand and apply. Watch the intro video below to see how climbing can unlock a fresh perspective on physics.

Video 1: Newton’s First Law – Motion and Inertia

An object in motion stays in motion, and an object at rest stays at rest unless acted upon by an external force. This video explores how Newton’s First Law applies to rock climbing, covering why a climber at rest remains stable on the wall and how a climber in motion depends on external forces. You’ll be introduced to the essentials of stability and motion as they relate to climbing dynamics.

Video 2: Newton’s Second Law – The Force Behind Landing

Force equals mass times acceleration, or F = ma. In this segment, we cover the impact of mass and acceleration on landing force in rock climbing. Discover how a climber’s descent speed and weight determine landing impact, and learn why technique is crucial for controlling force and making safe, efficient landings.

Video 3: Newton’s Third Law – Action and Reaction on the Wall

For every action, there’s an equal and opposite reaction. This video shows Newton’s Third Law in action, demonstrating how each push creates an opposite force that helps climbers ascend. By mastering these action-reaction forces, climbers can move with greater efficiency and control.