Advance Illustrations on Rigid Body Dynamics (English)

   Saturday, July 04, 2020   

Starting a new Lecture Notes Series on Advance Illustrations on Rigid Body Dynamics

Youtube Lecture Playlist Credits 

Channel Name: Physics Galaxy

Faculty Name: Ashish Arora Sir

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Advance Illustrations on Rigid Body Dynamics By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Equilibrium of two Planks on a Rough Plane

Lecture 2: A Ball rolling on a Sphere

Lecture 3: A Disc rotating about a Chord

Lecture 4: A Sphere rolling on a Wedge

Lecture 5: Kinetic Energy of a Rolling Sphere

Lecture 6: A Moving Particle sticks to a Rod

Lecture 7: A cylinder completing the Rotation

Lecture 8: A Rod pulled on a Rough Surface

Lecture 9: Moment of Inertia of a Rectangular Lamina

Lecture 10: Normal Reaction on a Sliding Block

Lecture 11: A Rod resting over a Step

Lecture 12: A Rod supported by a String, Spring and a Support

Lecture 13: A Cylinder spinning at a Corner

Lecture 14: Impulse on a hanging Rod by Hinge

Lecture 15: Disc attached to a Spring in Motion

Lecture 16: Best A Rotating Tilted Rod

Lecture 17: Moment of Inertia of a Hemisphere

Lecture 18: Moment of Inertia of a Triangular Lamina

Lecture 19: Friction and Normal Reaction on falling Rod

Lecture 20: Hitting a Billiard Ball

Lecture 21: A freely moving Rod on a Horizontal Plane

Lecture 22: A cylinder rolling with an attached Mass

Lecture 23: Toppling of a Prism

Lecture 24: Stationary Spool rotating on a Surface

Lecture 25: Rolling with sliding of a Cylinder on Incline Plane

Lecture 26: A Cylinder rolling down on an unwinding String

Lecture 27: A Ball hitting a suspended Composite Rod

Lecture 28: A falling Rod on Ground

Lecture 29: Force by hinges on a Door

Lecture 30: A Rod supported by Strings

Lecture 31: A Man walking on rim of a Disc

Lecture 32: A String Supporting a Circular Motion

Lecture 33: Friction on a Sphere in Pure Rolling

Lecture 34: A Rod hitting a block in Circular Track

Lecture 35: A spinning Ball falling on a Plank

Lecture 36: A Block toppling over a Ridge

Lecture 37: A rotating Rod on a Sleeve

Lecture 38: Acceleration of a falling Rod

Lecture 39: A cylinder rolling over an edge without jump

Lecture 40: Moment of Inertia of a disc with hole

Lecture 41: A Cylinder on a moving Mount

Lecture 42: Acceleration of a point on a Rolling Disc

Lecture 43: Moving Belt on rollers on a Surface

Lecture 44: A Cylinder in equilibrium on Inclined Plane

Lecture 45: Impulse by a colliding Particle on a Rod