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A car driving around a race track. A person riding on a Ferris wheel or carousel. Satellites and the moon orbiting the earth. The earth orbiting the sun. Circular motion is everywhere. It might look pretty different from linear motion, but we describe it using similar terms. Let's learn about position, displacement, tangential velocity, and tangential acceleration for an object in circular motion. (Version 4)
Circular Motion Problems: • Circular Motion - 5 Problems | Physics - K...
Rotational Motion: • Rotational Motion and the Angular Descript...
Converting Between Circular and Rotational: • Converting Between Circular and Rotational...
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00:00 Intro
00:22 What is circular motion?
01:17 Linear motion review
03:22 Position and displacement
08:08 Tangential velocity
13:06 Tangential acceleration
15:33 Kinematic equations for constant acceleration
16:52 Circular motion vs linear motion equations
17:28 Summary