Two particles P and Q are rotating in the anticlockwise direction about a common center O in circles of radii 2m and 5m with linear speeds `63m//s`. And `21m//s` respectively. Calculate the relative angular velocity with reference to the common center O. What is the maximum angular velocity of P relative to Q in the clockwise direction and that in the anticlockwise direction?

A particle moves in a circle of radius 20 cm with linear speed of 10 m/s. Find the angular velocity

A particle is moving along a circle of radius 20cm , with a linear velocity of 2m//s. Calculate the angular velocity of the particle.

What will be sign of the velocity of the point P^(') , which is the projection of the velocity of the reference particle P? P is moving in the circle of radius R in anticlockwise direction.

Particle P shown in figure is moving in a circle of radius R=10 cm with linear speed v=2m//s Find the angular speed of particle about point O.

A particle of mass 1kg is moving about a circle of radius 1m with a speed of 1m//s . Calculate the angular momentum of the particle.

Two particles, A and B are moving in concentric circles in anticlockwise sense in the same plane with radii of the circles being gamma_(A) = 1.0 m and gamma_(B) = 2.0 m respectively. The particles move with same angular speed of omega = 4 rad//s . Find the angular velocity of B as observed by A if (a) Particles lie on a line passing through the centre of the circle. (b) Particles lie on two perpendicular lines passing through the centre.

We draw the reference circle of a particle (M) performing a linear S.H.M. If the period of M is 2 sec, then the angular velocity of the reference particle will be

A cockroach is moving with velocity v in anticlockwise direction on the rim of a disc of radius R of mass m . The moment of inertia of the disc about the axis is I and it is rotating in clockwise direction with an angular velocity omega . If the cockroach stops, the angular velocity of the disc will be