A flywheel with the initial angular velocity `omega_0` decelerates due to the forces whose moment relative to the axis is proportional to the square root of its angular velocity. Find the mean angular velocity of the flywheel averaged over the total decleration time.

A particle rotates in a circle with angular speed omega_(0) . A retarding force decelerates it such that angular deceleration is always proportional to square root of angular velocity. Find the mean angular velocity of the particle averaged over the whole time of rotation.

A solid body rotates with deceleration about a stationary axis with an angular deceleration betapropsqrt(omega) , where omega is its angular velocity. Find the mean angular velocity of the body averaged over the whole time of rotation if at the initial moment of time its angular velocity was equal to omega_0 .

Which is large : angular velocity of the earth about its axis or angular velocity of hour hand of a watch ?

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

What is angular velocity of earth spinning around its own axis ?

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

Which is greater : the angular velocity of hour hand of a watch or angular velocity of earth around its own axis ? Give their ratio.

As per the shown figure the central solid cylinder starts with initial angular velocity omega_(0) Find the time after which the angular velocity becomes half.

The angular velocity of a particle increases from O to omega as it completest x rotations .Then number of rotation completes by it when its angular velocity becomes 2 omega .