Storyboard

To describe how the position changes over time, one must study its variation through time.



The relationship between the change in position is equivalent to the distance traveled over the elapsed time, which, when divided by that time, becomes the speed.



For a finite elapsed time, the speed corresponds to the average speed during that interval.



Note: Velocity encompasses speed while also incorporating directional information.

>Model

ID:(608, 'ky')

Description

To describe how the position changes over time, one must study its variation through time. The relationship between the change in position is equivalent to the distance traveled over the elapsed time, which, when divided by that time, becomes the speed. For a finite elapsed time, the speed corresponds to the average speed during that interval. Note: Velocity encompasses speed while also incorporating directional information.

ID:(608, 0)