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

If distance travelled by particle is zero then its displacement is …... .

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 .

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.

If a particle complete one and half revolution along the circumference of a circle then its angular displacement is -

(a) An object completes one and a half revolution in a circle of radius r . What is the distance travelled? (b) In the above case , what is the displacement?

A body moves aling a circular track of radius (r ). It starts from one end of a disameter, moves along the circuar track anf completes one and a half revolutins. The ration of distance travelled by the body to tis displacement is.

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 ?

The acceleration of a particle increasing linearly with timer is be. The particle starts from the origin with an initial velocity, The distance travelled by the particle in time will be