IB Physics: Rotational Kinematics

Topics include Angular displacement, angular velocity, angular acceleration, using radians, parallel between linear and angular physics, angular kinematic equations, angular kinematic graphs. 150+ free and 70+ exclusive videos. 10% of proceeds to charity. Click JOIN to become a member of C. Doner’s IB Physics Youtube Channel, or become a patron by visiting   / cdoner  . Level/Tier 1: $1.99 per month gives you access to a google sheet with a full updated, well organized, linked listing of all the videos and other resources such as notes, worksheets and solution sets. Level/Tier 2: $4.99 per month gives you access to new videos. The new videos include IB style multiple choice and problem solving questions with full explanations, previews/reviews of the course content, and updates to the video lessons. After becoming a member or patron, go to bit.ly/donervidlist and request access to the video listing. "I would just like to say a massive thank you to you for uploading your videos. I started the IB [and]decided to try HL Physics as it seemed interesting. It turned out to be very far from my forté and I was consistently getting 3s and 4s in tests and mock exams. So a few months before the exam period of this year, I began to panic...Then I discovered your channel. For four weeks prior to paper one, I virtually worshipped your videos, and worked along to them in my 'Big Book of Revision.' Last week, I received my results. Incredibly and almost unbelievably, I obtained a 6 in HL Physics. Not only that, but I was 3 marks off a 7." Become a Patron patreon.com/cdoner Become a member    / @donerphysics   for IA and Extended Essay Mentoring, and Physics Tutoring email cbdoner@gmail.com, or watch    • Видео   and/or    • Видео   Table of Contents: 00:00 - Introduction 00:05 - Introducing angular displacement/velocity/acceleration 02:36 - The Radian 04:02 - Relationship between Linear and Angular quantities for rolling and pulleys 07:15 - Radian example 08:43 - Particle in circular motion example 11:40 - Linear kinematics Problem 13:00 - Rotational Kinematic Equations 14:33 - Corresponding Rotational Kinematics Problem 16:15 - Graphs of Rotation Kinematic Quantities 17:46 - Summary