Unit 11 Problem 2 - Rotational Dynamics - Including Massive Pulleys in Dynamic Systems

We return to the familiar masses on inclined planes with friction, but now the pulley we'll use isn't massless, so the tensions on either side of it aren't equal. For anyone outside the OCCC community: You can support this physics education effort and request additional courses to cover on Patreon: https://www.patreon.com/PhysicsByExam... Or, if something is extra cool, I'll never turn down a coffee or pizza! https://www.buymeacoffee.com/TadThurston Planned Units in this series will cover a typical Engineering Physics curriculum: 01 -- Units and Vectors 02 -- Kinematics 03 -- Projectiles 04 -- Newton's 2nd Law 05 -- Accelerated Motion 06 -- Work and Kinetic Energy 07 -- Potential Energy 08 -- Conservation of Momentum 09 -- Elastic Collisions 10 -- Moment of Inertia 11-- Rotational Dynamics 12 -- Angular Momentum 13 -- Torque and Equilibrium 14 -- Gravity 15 -- Springs and Oscillations 16 -- Waves 17 -- Ideal Gas Law 18 -- Thermal Energy 19 -- First Law of Thermodynamics 20 -- Second Law of Thermodynamics 21 -- Electric Fields 22 -- Electric Forces 23 -- Continuous Charge Distributions 24 -- Gauss' Law 25 -- Potential 26 -- Capacitance 27 -- Current and Resistance 28 -- DC Circuits 29 -- Magnetic Fields 30 -- Current Loops 31 -- Magnetic Forces 32 -- Ampere's Law 33 -- Faraday's Law 34 -- Inductance 35 -- AC Circuits 36 -- Electromagnetic Waves 37 -- Intensity and Radiation Pressure 38 -- Interference 39 -- Diffraction 40 -- Reflection/Refraction Shot with an iPhone 12 using OBS (https://obsproject.com/) on an iMac, an iPad with Goodnotes (https://www.goodnotes.com/), and a Blue Yeti microphone (https://www.bluemic.com/en-us/product...) Edited using Blender (https://www.blender.org/) and its Video Sequence Editor. #physics #education #tutorials