A person moves on a circular track of radius R = 10 m in anticlockwise sense, along ACB such that `angleAOB = 120^(@)`. Find distance traversed and magnitude of displacement.

A person moves on a semicircular track of radius 40 m. If he starts at one end of the track and reaches the other end, find the distance covered and magnitude of displacement of the person.

A person moves on a semicircular track of radius 40 m. If he starts at one end of the track and reaches the other end, find the distance covered and magnitude of displacement of the person.

A person moves on a semicircular track of radius 40 m. If he starts at one end of the track and reaches the other end, find the distance covered and magnitude of displacement of the person.

A person moves on a track ABC as shown in figure (angleB = 90^(@)) . Find distance and magnitude of displacement.

A 4 kg mass moves on a circular track radius 2 m with 120 rev/min its KE will be

A particle moves from A to B in a circular path of radius R covering an angle theta as shown in figure. Find the ratio of magnitude of distance and magnitude of displacement of the particle.

A person moves on a semi - circular track of radius radius 42 m during a morning walk. He starts at one end of the track and reaches the other end. Find the distance covered and the displacment of the person .