Graphical Representation of Motion

Study the velocity-time graph and calculate the distance covered in the region $BCFE$.

Study the velocity-time graph and calculate the average velocity from $C$ to $D$.

Study the velocity-time graph and calculate the distance covered in the region $ABE$.

Study the velocity-time graph and calculate the acceleration from $B$ to $C$.

Study the velocity-time graph and calculate the acceleration from $A$ to $B$.

The graph given below shows how the speed of a car changes with time.

Find the distance traveled in the first eight hours.

The graph given below shows how the speed of a car changes with time.

Which part of the graph represents varying retardation?

The graph given below shows how the speed of a car changes with time.

Which part of the graph shows zero acceleration?

The graph given below shows how the speed of a car changes with time.

What is the maximum speed attained by the car?

The graph given below shows how the speed of a car changes with time.

What is the initial speed of the car?

Draw a graph velocity versus time for a body that starts to move with a velocity '$u$' under a constant acceleration '$a$' for time '$t$'. Using this graph derive an expression for distance covered '$s$' in time '$t$'.

What can you conclude about the motion of a body depicted by a velocity time graph given below?

What would you conclude about the motion of a body depicted by the velocity time graph given below?

Four speed-time graphs are shown below.

Which graph represents the following case?

A body decelerating to constant speed and accelerating after a while.

Four speed-time graphs are shown below.

Which graph represents the following case?

A ball thrown vertically upward and returning to the hand of the owner.

The graph given below is a distance time graph of an object.

Does it represent a real situation? Justify your answer.

The graph given below is a distance time graph of an object.

How long was it stationary?

The graph given below is a distance time graph of an object.

Find the speed of the object during the first $4 \mathrm{s}$ of its journey.

Two graphs for motion of objects moving along a straight line are shown. State how the speed is changing with time in both the cases.

What do the graphs shown below indicate?