Find the distance and displacement if the body moves from A to B along the path APQRB.
Redraw the following figure to scale and find out the distance and displacement of paticle moving along the path A-B-C-D
A particle is moving in anticlockwise direction along a circle of radius R. Calculate the distance and displacement covered by the particle (i) from A to C (ii) from A to D.
A body is moving along a circular path of radius R. What will be the distance travelled and displacement of the body when it completes half a revolution ?
A body is moving with a uniform velocity of 10 ms^(-1) on a circular path of diameter 2.0 m. Calculate (i) the difference between the magnitude of the displacement of the body and the distance between the magnitude of the displacement of the body and the distance covered in half a round and (ii) the magnitude of the change in velocity of the body in half a round.
A particle goes along a quadrant of a circle of radius 10m from A to B as shown in fig. Find the magnitude of displacement and distance along the path AB, and angle between displacement vector and x-axis ?
Assertion : A body is moving along a straight line such the its velocity varies with a time as shown in figure. Magnmitude of displacement of the body from t = 0 to t = 12 s is the same as the distance travelled by it in the given time duration. Reason : For unidirectional motion of a body, |displacement|=distance
