In example number 12.16 suppose the disc starts rotating anticlockwise with the sae angular velocity `omega=(v)/(R)`, then what will e the angular momentum of te disc about bottommost in this new situation?

In example number 12.16 suppose the disc starts rotating anticlockwise with the same angular velocity omega=(v)/(R) , then what will be the angular momentum of the disc about bottommost in this new situation?

A disc rotates with angular velocity omega and kinetic energy E . Then its angular momentum

Find the angular momentum of a disc about the axis shown in figure in the following situations.

Find the angular momentum of a disc about the axis shown in figure in the following situations.

A disc of mass M and Radius R is rolling with an angular speed omega on the horizontal plane. The magnitude of angular momentum of the disc about origin is:

A disc of mass M and Radius R is rolling with an angular speed omega on the horizontal plane. The magnitude of angular momentum of the disc about origin is:

A homogeneous disc of mass 2 kg and radius 15 cm is rotating about its axis with an angular velocity of 4 rad/s. the linear momentum of the disc is

A rotating disc moves in the positive direction of x -axis as shown. Find the equation y(x) describing the position of the instantaneous axis of rotation if at the initial moment the centre C of the disc was located at origin after which a. it moved with constant acceleration a (initial velocity zero) while the disc rotating anticlockwise with constant angular velocity omega . b. it moved with constant velocity v while the disc started rotating anticlockwise with a constant angular acceleration a (with initial angular velocity zero).

A heavy disc is rotating with uniform angular velocity omega about its own axis. A piece of wax sticks to it. The angular velocity of the disc will

A disc is rotating with angular velocity omega . If a child sits on it, what is conserved?