Use your brain power:
Amar, Akbar and Anthony are travelling in different cars with different velocities. The distance covered by them during different time intervals are given in the following table.
What is the time interval between the noting's of distances made by Amar, Akbar and Anthony?

Use your brain power: Amar, Akbar and Anthony are travelling in different cars with different velocities. The distance covered by them during different time intervals are given in the following table. Who has covered equal distance in equal time intervals?

Use your brain power: Amar, Akbar and Anthony are travelling in different cars with different velocities. The distance covered by them during different time intervals are given in the following table. Are all the distances covered by Akbar in the fixed time intervals the same?

Use your brain power: Amar, Akbar and Anthony are travelling in different cars with different velocities. The distance covered by them during different time intervals are given in the following table. Considering the distances covered by Amar, Akbar, Anthony in fixed time intervals, what can you say about their speeds?

Answer the following questions: The changes in the velocity of a car in specific time intervals are given in the following table. Explain For all uniformly accelerated motions, the velocity-time graph is a straight line.

State whether the following statement are true or false: Displacement of a body and distance covered by the body in a given time interval have always the same magnitude.

Answer the following questions: The following table shown the distance covered by a car in fixed time intervals. Draw a graph of distance against time taking 'time' along the X-axis and 'distance' along the Y-axis.

Answer the following questions: The following table shows the distances covered by a bus in equal time intervals. Draw a graph of distance against time taking the time along the X-axis and distance along Y-axis. Does the graph show a direct proportionality between distance and time?

Use your brain power: If a car, starting from point P, goes to point Q and then returns to point P (see Figure), how much distance has it travelled and what is its displacement?

A car is moving in such a way that the distance it covers, is given by the equation s=4 t^2 +3t. Where s is in meters and t is in seconds, What should be the velocity and the acceleration of the car at time t=20 seconds?