8963 suggestions…

[iacob alex]

…..to play centripetal (pivot…inertia of mass support ) -centrifugal pair , at :
https://www.shutterstock.com/search/centripetal-force
https://www.shutterstock.com/image-vect ... -253297108 (playing variable angular velocity ,only…)
Rotation can be a very “productive”, suitable source of acceleration if we intend to “act” (mass*acceleration ) in some manner.
“Merry go round” can be the first step to a possible inertial (with the help of…) /next propulsion ! ?
Al_ex

[iacob alex]

…..to play centripetal (pivot…inertia of mass support ) -centrifugal pair , at :
https://www.shutterstock.com/search/centripetal-force
https://www.shutterstock.com/search/centripetal
https://www.shutterstock.com/image-vect ... -253297108 (playing variable angular velocity ,only…)
Rotation can be a very “productive”, suitable source of acceleration if we intend to “act” (mass*acceleration ) in some manner.
“Merry go round” can be the first step to a possible inertial (with the help of…) /next propulsion ! ?
Al_ex

[agor95]

Inertia being forced onto a curved path has the promise of supplying more force than that of gravity.

The curve path does not have to be circular. Also it does not have to be in one plan [x,y].

It could be a curved path in two perpendicular plans at the same time.

And there you will find Simo's Tetrahedron.

Regards