Storyboard

To describe how angular velocity evolves over time, one must examine its variation with respect to time.



The relationship of the change in angular velocity corresponds to the angular displacement covered over the elapsed time, which when divided by this time, yields the angular acceleration.



For an infinitesimally small time interval, the angular acceleration corresponds to the instantaneous angular acceleration.

>Model

ID:(1452, 'ky')

Description

To describe how angular velocity evolves over time, one must examine its variation with respect to time. The relationship of the change in angular velocity corresponds to the angular displacement covered over the elapsed time, which when divided by this time, yields the angular acceleration. For an infinitesimally small time interval, the angular acceleration corresponds to the instantaneous angular acceleration.

ID:(1452, 0)