A block is kept inside a hemispherical bowl rotating with angular velocity `omega`. Inner surface of bowl is rough, coefficient of friction is `mu`. The block is kept at a position where radius makes an angle `theta` with the vertical. What is the range of the angular speed for which the block will stay at the given position?

A block is kept on a inclined plane of inclination theta of length l. The velocity of particle at the bottom of inclined is (the coefficient of friction is mu

A hemispherical bowl of radius R is rotated about its axis of symmetry which is kept vertical.A small block is kept in the bowl at a position where the radius makes an angle theta with the vertical. The block rotates with the bowl without any slipping. The friction coefficient between the block and the bowl surface is mu . Find the range of the angular speed for which the block will not slip.

A hemispherical bowl of radius R is rotated about its axis of symmetry which is kept vertical.A small block is kept in the bowl at a position where the radius makes an angle theta with the vertical. The block rotates with the bowl without any slipping. The friction coefficient between the block and the bowl surface is mu . Find the range of the angular speed for which the block will not slip.

A hemisphericla bowl of rdius R is rotated about its axis of symetry which is kept vertical.A small block is kept in the bowl at a position where the radius makes an angle theta with the vertical. The block rottes with the bowl without any sliping. The friction coefficient between the block and teh bowl surface is mu . Find the range of the angular speed for which the block will not slip.

A spherical bowl of radius R rotates about the verical diameter with angular velocity omega .The bowl contains a small object inside and in absence of friction, this object takes up a position inside the bowl such that its radius vector makes an angle theta with the vertical (see figure). Then

A hemispherical bowl of radius (R) is set rotating about its axis of symmetry which is kept vertical. A small block kept in the bowl rotates with bowl without slipping on its surface. If the surface of bowl is smooth, the angle made by the radius through the block with the vertical is theta . the angular speed at which the bowl is rotating

A hemispherical bowl of radius R si set rotating about its axis of symmetry which is kept vertical. A small block kept in the bowl rotates with the bowl without slipping on its surface. If the surfaces of the bowl is smooth, and the angle made by the radius through the block with the vertical is theta , find the angular speed at which the bowl is rotating.

A hemispherical bowl of radius R is set rotating about its axis of symmetry which is kept vertical. A small block kept in the bowl rotates with the bowl without slipping on its surface. If the surfaces of the bowl is smooth, and the angle made by the radius through the block with the vertical is theta , find the angular speed at which the bowl is rotating.