Taken together it causes a significant unaccounted velocity increase of over 13 mm/s during flybys.

The results obtained provide a possible explanation for the phenomenon of the stellar velocity increase with age.

It uses Bernoulli's principle, such that the pressure decreases while the velocity increases.

If an object is accelerated relative to some observer, it appears to gain mass as its velocity increases.

However, the resulting velocity increase will be hardly noticeable.

As a consequence of that, the angular velocity increases.

A bit like air drag requires steeply increasing force as velocity increases.

In this section, the acceleration increases as the velocity increases, up to the maximum that the bucket can take.

As its velocity increases, so too does the drag force.

So, if velocity increases, and L is fixed, frequency must increase to balance the equation.