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- Rotation of bodies32
- 1.1Centre of Mass, and Taking Moments
- 1.2A ladder leaning against a frictionless wall
- 1.3Get a feel for Rotational mechanics
- 1.4Rotation about an AXIS
- 1.5Rotation – Kinematics – Angular Velocity, Acceleration
- 1.6Equations of Rotational Motion (KINEMATICS)
- 1.7Torque
- 1.8Moment of Inertia – concept and derivation
- 1.9Moment of Inertia – Rectangular Plate
- 1.10Torque, Angular acceleration, and Moment of Inertia
- 1.11Leaning of a bike into a turn
- 1.12Angular Momentum about a point
- 1.13Vector Directions by Right Hand Rule – for Angular Momentum
- 1.14Angular momentum, Moment of Inertia, Torque relationship
- 1.15Conservation of Angular Momentum
- 1.16Kinetic Energy of a Rotating mass
- 1.17Rotational Motion- Work Done, and Power
- 1.18Theorem of Perpendicular Axes
- 1.19Theorem of Parallel Axes
- 1.20Rolling Motion :- case of Pure Rolling
- 1.21Rolling with Slipping : either acceleration or braking
- 1.22Car rolling downhill without sliding
- 1.23Rolling mass – Kinetic Energy
- 1.24Rotation of bodies – solved problem 1
- 1.25Rotation of bodies – solved problem 3
- 1.26Rotation of bodies – solved problem 5
- 1.27Rotation of bodies – solved problem 5
- 1.28Rotation of bodies – solved problem 6
- 1.29Rotation of bodies – solved problem 7
- 1.30Rotation of bodies – solved problem 8
- 1.31Rotation of bodies – solved problem 9
- 1.32Rotation of bodies – solved problem 10
Rotation of bodies – solved problem 9
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