The s-t graph of an athlete’s motion is given below. The total distance covered is ______ km.

The s-t graph of a body is shown in the figure below. Find the velocity of the body in the section CD.

The s-t graph of a freely falling body is ___.

The velocity of the body in the first 5 seconds is ____ m/s.

The s-t graph of a car is shown in the figure below. Calculate the total time for which the car was at rest.

Identify the one who has covered the smallest distance in the largest time among A, B and C from their s-t graph given below.

The body is at rest _____.

In which of the following does the body has the greatest velocity?

Which of the section(s) shown in the graph below indicate the body moving at a negative velocity?

The s-t graph of a body is given below. The body is _____.

Identify the one who covers the largest distance, A, B or C from the position-time graph given below.

A car starts from rest and moves at a constant speed. How will be its position-time graph?

A car starts moving from a point. It takes a U turn after covering some distance. The s-t graph of the car’s motion after it takes the U turn is ____.

The direction of the path only represents the sign (+ve or -ve) of the slope.
+ve: increasing slope. 
-ve: decreasing slope

A body is traveling  at a uniformly decreasing velocity. The slope of its s-t graph _____.

Which of the following is true about the graph shown below?

The position-time graph of a uniformly accelerated motion is in the shape of a ____.