A mass m moves in a circle on a smooth h...

A mass m moves in a circle on a smooth horizontal plane with velocity `v_(0)` at a radius `R_(0)`. The mass is attached to a string which passes through a smooth hole in the plane as shown.

The tension in the string is increased gradually and finally m moves in a circle of radius `(R_(0))/(2)`. The final value of the kinetic energy is

Similar Questions

Explore conceptually related problems

A mass m moves in a circles on a smooth horizontal plane with velocity v_(0) at a radius R_(0) . The mass is attached to string which passes through a smooth hole in the plane as shown. The tension in string is increased gradually and finally m moves in a circle of radius (R_(0))/(2) . the final value of the kinetic energy is

A mass m moves in a circles on a smooth horizontal plane with velocity v_(0) at a radius R_(0) . The mass is atteched to string which passes through a smooth hole in the plane as shown. The tension in string is increased gradually and finally m moves in a cricle of radius (R_(0))/(2) . the final value of the kinetic energy is

A mass m moves in a circle on a smooth horizontal plane with velocity v_0 at radius R_0 . The mass is attached to a string which passes through a smooth hole in the plane as shown.The tension in the string is increased gradually and finally m moves in a circle of radius R_0/2 .The final value of the kinetic energy is : .

Two equal masses of mass M each are attached to a string passing over a smooth pulley which is attached by a chain to the celiling. The tension in the chain is:

two masses 2m and m are attached to the the ends of a string while passing over a smooth Pulley of mass m and radius R . The ratio of tensions in both the strings is

A block of mass m is revolving in a smooth horizontal plane with a constant speed v.If the radius of the circle path is R find the total contact force received by the block

Similar Questions

Recommended Questions