Physics Problem: Friction for a Climber - Mountain Climbing Forces
Offered By: Dot Physics via YouTube
Course Description
Overview
Explore a physics problem focused on friction and forces acting on a mountain climber in this 10-minute video. Analyze the tension in the rope and the force required for a 52.0-kg climber to remain stationary on a vertical rock face. Calculate the minimum coefficient of friction between the climber's shoes and the cliff. Learn how to apply concepts from introductory algebra-based physics to solve real-world scenarios. This video is part of a comprehensive playlist covering topics from the OpenStax College Physics textbook, providing valuable practice for understanding fundamental physics principles.
Syllabus
Physics Problem: Friction for a Climber
Taught by
Dot Physics
Related Courses
Introduction to Engineering MechanicsGeorgia Institute of Technology via Coursera Through Engineers' Eyes: Engineering Mechanics by Experiment, Analysis and Design
University of New South Wales via FutureLearn Engineering Mechanics
Ural Federal University via edX Equilibrio, ¿por qué se caen las cosas?
Pontificia Universidad Católica de Chile via Coursera Conceptos básicos de Estática: Análisis de partículas
Universidad EAFIT via Miríadax