The velocity-time graph shows the motion of a cyclist. Find (i) its acceleration (ii) its velocity and (iii) the distance covered by the cyclist in `15` seconds.

The velocity-time graph shows the motion of a cyclist. Find (i) acceleration (ii) its velocity (iii) the distance covered by the cyclist in 15 second

The velocity time graph shows the motion of a cyclist Find its acceleration.

The velocity time graph shows the motion of a cyclist Find its velocity.

The velocity time graph shows the motion of a cyclist Find the distance covered by the cyclist in 15 seconds.

(a) Write the three equations of uniformly accelerated motion. Give the meaning of each symbol which occurs in them (b) A car acquires a velocity of 72 km per hour in 10 seconds starting from rest. Find (i) the acceleration, (ii) the average velocity, and (iii) the distance travelled in the time.

A partical covers 35 cm, 50 cm, 89 cm distances during the third, seventh and tweIfth seconds respectiveIy of ite motion. Show that the partical is moving with a constant acceleration. Find (i) initial velocity and (ii) distance covered in 8 s by the partical.

Show that area under the velocity-time graph of an object moving with constant acceleration in a straight line in certain time interval is equal to the distance covered by the object in the interval.

Show that the area under the velocity-time graph of an object moving with constant acceleration in a straight line in certain time interval is equal to the distance covered by the object in that interval.