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Introduction to Rotational Motion: Definitions, Equations, and Characteristics

This class provides an introduction to rotational motion, covering definitions of angular displacement, angular velocity, and angular acceleration. It also explains the relationships between linear and angular variables, energy in rotation, and rotational inertia. The concept of torque and the correspondence between linear and rotational motion are discussed. The class includes problems of the day and hands-on activity for practical understanding.

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Introduction to Rotational Motion: Definitions, Equations, and Characteristics

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  1. Physics IClass 14 Introduction to Rotational Motion

  2. Definitions

  3. Direction of Angular Displacement and Angular Velocity • Use your right hand. • Curl your fingers in the direction of the rotation. • Out-stretched thumb points in the direction of the angular velocity.

  4. Angular Acceleration

  5. Equations for Constant a

  6. Relationships AmongLinear and Angular Variables

  7. Energy in Rotation

  8. Rotational Inertiaor Moment of Inertia

  9. Characteristics ofRotational Inertia

  10. Introduction to Torque

  11. Correspondence BetweenLinear and Rotational Motion

  12. Class #14Take-Away Concepts

  13. Class #14Problems of the Day

  14. Answer to Problem 1 for Class #14

  15. Class #14Problems of the Day

  16. Answer to Problem 2 for Class #14

  17. Activity #14 Introduction to Rotation

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