In the position vs time graph, the ‘y’ axis helps in representing the position which is relative to the starting point, and the ‘x’ axis helps in representing the time. A position vs time graph helps in showcasing how far the object has been able to travel from their starting point at any given time since they started moving. The main shapes of the position vs time graph indicate the constant velocity related motion along with accelerated motion which is the changing velocity. It helps in revealing an important kind of principle and the principle helps in analysing the slope of line on position-time graph which reveals useful kind of information regarding the velocity of the object effectively.

Through the implementation of the position vs time graph, it can be read as it is the most efficient manner of visualising and visually representing the huge amount of information regarding the motion of the object in convenient small places. The slope in the position graph helps in representing the velocity related to the object and therefore, the value of the slope at particular time helps in representing the velocity of the respective object at the respective instant.

Moreover, the slope helps in representing the change in ‘y’ axis over change in ‘x’ axis.  Therefore, in the distance versus the time graph, the slope is considered to be equal to distance/time and it represents the overall velocity of the object appropriately.