Home
Class 12
PHYSICS
A chain of mass m forming a circle o...

A chain of mass m forming a circle of radius R is slipped on a smooth round cone with half- angle ` theta`. Find the tension in the chain if it rotates with a constant angular velocity `omega` about a vertical axis coinciding with the symmetry axis of the cone .

Promotional Banner

Similar Questions

Explore conceptually related problems

A chain of mass m and radius R placed on a smooth table is revolving with a speed v about a vertical axis coinciding with the symmetry axis of the chain. Find the tension in the chain.

A chain of mass m and radius R placed on a smooth table is revolving with a speed v about a vertical axis coinciding with the symmetry axis of the chain. Find the tension in the chain.

A rod is rotating with angular velocity omega about axis AB. Find costheta .

A rod is rotating with angular velocity omega about axis AB. Find costheta .

A sleeve A can slide freely along a smooth rod bent in the shape of a half circle of radius R .The system is set in rotaion with a constant angular velocity omega about a vertical axis OO' .Find the angle theta corresponding to the steady position of the sleeve

A sleeve A can slide freely along a smooth rod bent in the shape of a half circle of radius R .The system is set in rotaion with a constant angular velocity omega about a vertical axis OO' .Find the angle theta corresponding to the steady position of the sleeve

A chain of mass 'm' and radius 'r' is placed onto a cone of semi vertical angle theta . Cone rotated with angular velocity omega . Find the tension in the chain if it does not slide on the cone.

A chain of mass 'm' and radius 'r' is placed onto a cone of semi vertical angle theta . Cone rotated with angular velocity omega . Find the tension in the chain if it does not slide on the cone.

A sleeve A can slide freely along a smooth rod bent in the shape of a half-circle of radius R(figure). The system is set in rotation with a constant angular velocity omega about a vertical axis OO^' . Find the angle theta corresponding to the steady position of the sleeve.

A rope of mass'm' is looped in a circle of radius R and rotated with a constant angular velocity about its axis in gravity free space . Find the tension in the rope ?