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Course Description

The equivalent of linear momentum in rotational motion is angular momentum. The greater the angular momentum of the spinning object such as a top, the greater its tendency to continue to spin. The Angular Momentum of a rotating body is proportional to its mass and to how rapidly it is turning.

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Course Syllabus
  • Physics Rotational Motion part 1 (Introduction) CBSE class 11
  • Physics Rotational Motion part 2 (Rotation about fixed axis) CBSE class 11
  • Physics Rotational Motion part 3 (System of particles) CBSE class 11
  • Physics Rotational Motion part 4 (Center of mass for system of particles) CBSE class 11
  • Physics Rotational Motion part 5 (Center of mass for rigid & homogeneous body) CBSE class 11
  • Physics Rotational Motion part 6 (Numericals Center of mass) CBSE class 11
  • Physics Rotational Motion part 7 (Motion of center of mass) CBSE class 11
  • Physics Rotational Motion part 8 (Vector product) CBSE class 11
  • Physics Rotational Motion part 9 (Angular velocity) CBSE class 11
  • Physics Rotational Motion part 10 (Torque) CBSE class 11
  • Physics Rotational Motion part 11 (Angular momentum) CBSE class 11
  • Physics Rotational Motion part 12 (Torque & angular momentum) CBSE class 11
  • Physics Rotational Motion part 13 (Numerical Torque & angular momentum) CBSE class 11
  • Physics Rotational Motion part 14 (Numerical Torque & angular momentum) CBSE class 11
  • Physics Rotational Motion part 15 (Equilibrium of Rigid body) CBSE class 11
  • Physics Rotational Motion part 16 (Couple) CBSE class 11
  • Physics Rotational Motion part 17 (Center of gravity) CBSE class 11
  • Physics Rotational Motion part 18 (Numerical Center of gravity) CBSE class 11
  • Physics Rotational Motion part 19 (Moment of inertia) CBSE class 11
  • Physics Rotational Motion part 20 (Calculate Moment of inertia) CBSE class 11
  • Physics Rotational Motion part 21 (Calculate Moment of inertia circular plate) CBSE class 11
  • Physics Rotational Motion part 22 (Calculate Moment of inertia cylinder) CBSE class 11
  • Physics Rotational Motion part 23 (Calculate Moment of inertia sphere) CBSE class 11
  • Physics Rotational Motion part 24 (Radius of Gyration) CBSE class 11
  • Physics Rotational Motion part 25 (Theory of perpendicular axis) CBSE class 11
  • Physics Rotational Motion part 26 (Theory of parallel axis) CBSE class 11
  • Physics Rotational Motion part 27 (Moment of intertie recap) CBSE class 11
  • Physics Rotational Motion part 28 (Numerical) CBSE class 11
  • Physics Rotational Motion part 29 (Rotational kinetics) CBSE class 11
  • Physics Rotational Motion part 30 (Rotational dynamics) CBSE class 11
  • Physics Rotational Motion part 31 (Numerical) CBSE class 11
  • Physics Rotational Motion part 32 (Numerical) CBSE class 11Physics Rotational Motion part 33 (Rolling motion) CBSE class 11
  • Physics Rotational Motion part 33 (Rolling motion) CBSE class 11
  • Physics Rotational Motion part 34 (Numerical) CBSE class 11
  • Physics Rotational Motion part 35 (Numerical) CBSE class 11
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