Storyboard

In the case of an accelerated angular motion in two stages, when transitioning from the first to the second angular acceleration, the final angular velocity of the first stage becomes the initial angular velocity of the second stage. The same applies to the angle, where the final angle of the first stage equals the initial angle of the second stage.



Unlike the two-angular-velocity model, this model doesn't exhibit discontinuity issues, except that the angular acceleration can change abruptly, which is technically possible but often not very realistic.

>Model

ID:(1409, 'ky')

Description

In the case of an accelerated angular motion in two stages, when transitioning from the first to the second angular acceleration, the final angular velocity of the first stage becomes the initial angular velocity of the second stage. The same applies to the angle, where the final angle of the first stage equals the initial angle of the second stage. Unlike the two-angular-velocity model, this model doesn't exhibit discontinuity issues, except that the angular acceleration can change abruptly, which is technically possible but often not very realistic.

ID:(1409, 0)