[" particle is placed at rest inside a hollow hemisphere of radius "R],[" ween the particle and the hemispher.is "mu=(1)/(sqrt(3))" .The maximu "],[" ticle can remain stationary is "],[" ? "]

A particle is placed at rest inside a hollow hemisphere of radius R . The coefficient of friction between the particle and the hemisphere is mu = (1)/sqrt(3) . The maximum height up to which the particle can remain stationary is

A partical is placed at rest inside a hollow hemisphare of redius R . The coefficient of friction between the partical and the homisphere is mu = (1)/sqrt(3) . The maximum height up to which the partical can remain stationary is

A particle inside a hollow sphere of radius r, having coefficient of friction (1/ √3 ​ ), up to what height can particle be at rest?

A particle of mass m is placed in equlibrium at the top of a fixed rough hemisphere of radius R. Now the particle leaves the contact with the surface of the hemisphere at angular position theta with the vertical wheere cos theta""(3)/(5). if the work done against frictiion is (2mgR)/(10x), find x.

A particle of mass m is placed in equilibrium at the top of a fixed rough hemisphere of radius R. Now the particle leaves the contact with the surface of the hemisphere at angular position theta with the vertical where cos theta"="(3)/(5). if the work done against friction is (2mgR)/(10x), find x.

A small particle is placed at the top point A of a fixed smooth hemisphere of radius R. Particle is given small displacement towards right and it starts slipping. Calculate velocity of the particle after hitting horizontal perfectly inelastic surface.