ROLLING ON AN INCLINED PLANE | L-17 | ROTATIONAL MECHANICS | CLASS-11 | PHYSICS

this video lecture includes
1. explanation of pure rolling on an inclined plane
2. finding velocity at the lowest point of pure rolling on an incline plane by mechanical energy conservation
3.comparing velocity at the lowest point of solid sphere, hollow sphere, solid cylinder ,hollow cylinder ,ring, disc of rolling on an inclined plane
4.if angle of inclination of incline plane is increased then velocity at the lowest point does not change on rolling on an incline plane
5. finding acceleration in motion of rolling on an incline plane by equation of kinematics method
6. finding acceleration of rolling on an inclined plane by using Newton's law of Motion equation for translatory and rotatory motion and pure rolling motion
7.comparing acceleration of solid sphere ,hollow sphere, solid cylinder, hollow cylinder ,ring ,disc of rolling on an inclined plane
8. acceleration of rolling on incline plane increases by increasing the angle of incline plane
9. finding minimum coefficient of friction for pure rolling on an incline plane
10. finding time of descent of rolling an incline plane plane by equation of kinematics method
11.comparing time of descent of rolling on an incline plane of solid sphere ,hollow sphere ,ring, solid cylinder ,hollow cylinder, disc
12.time of descent decreases on increasing the angle of incline plane of rolling on an incline plane
13.a cylinder is released from rest from the top of an inclined plane of inclination theta and length L.if the cylinder rolls without slipping what will be its speed when it reaches the bottom?

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