A particle moves along a circle of radius `R. It starts from (A) and moves in antilockwise direction. Calculate the distance travelled by particle (a)one complete revolution. Also calcuate the magnituede of displacement in each case. Fig. 2 (a) .28.

A particle moves along a circle of radius R. It starts from A and moves in anticlockwise direction. Calculate the distance travelled by the particle (a)from A to B (b)from A to C ©from A to D (d) in one complete revolution . Also, calculate the magnitude of displacement in each case .

In Fig. 3.12 a particle moves along a circular parth of radius r. It starts from point A and moves anticlockwise. Find the distance travelled by the particle as it : moves from A to B

In Fig. 3.12 a particle moves along a circular parth of radius r. It starts from point A and moves anticlockwise. Find the distance travelled by the particle as it : moves from A to C

In Fig. 3.12 a particle moves along a circular parth of radius r. It starts from point A and moves anticlockwise. Find the distance travelled by the particle as it : moves A to D

AB is diameter of circle of radius r . A particle starting from A completes two and half revolution. Calculate the distance travelled by the particle and its displacement

A particle moves along a circle of radius R with a constant angular speed omega . Its displacement (only magnitude) in time t will be

A particle moves along a circle of radius R with a constant angular speed omega . Its displacement (only magnitude) in time t will be

A particle moves along a circle of radius R with a constant angular speed omega . Its displacement (only magnitude) in time t will be

A particle is moving along a circular track of radius r. What is the distance traversed by particle in half revolution ? What is its displacement ?

A particle moves on a circular path of radius 'r'. It completes one revolution in 40s. Calculate distances displacement in 2 min 20 s.