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Overview
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Explore the fundamental concepts of torque and rotation in this comprehensive 2-hour physics lecture from the "Physics 4A in 30 Lectures" series by CoA Physics. Begin with an introduction to torque through static equilibrium analysis, then progress through practical applications including multiple ladder-against-wall examples and a carpenter on ladder problem. Learn the proper techniques for drawing free body diagrams of rigid bodies, and conclude with an introduction to rotational kinematics. The lecture is structured in clear segments, making it easy to navigate specific topics within this essential physics subject.
Syllabus
00:00:00 - Lecture 16 Intro
00:02:51 - Introducing Torque through static equilibrium analysis
00:37:59 - Ladder Leaning on Wall Examples
00:55:57 - Carpenter on Ladder Problem
01:17:53 - Drawing FBD of a Rigid Body
01:32:30 - Intro to Rotational Kinematics
Taught by
CoA Physics