Does this explain what generates gravity?

Interrelated to gravity

Without gravity, the ball would not be in frictional contact with the turntable, but that's as far as any interrelation (or connection) with gravity goes!

The frictional force from the turntable changes both the ball’s linear momentum and its angular momentum, and analysis shows it will undergo circular motion with an angular speed related to the moment of inertia of the ball.

A solid ball of mass m and radius r has a moment of inertia of 2/5mr^2 which results in it circling with an angular speed 2/7th that of the turntable.
 
Is it true that an expanding waistline generates sufficient gravity to become attractive?
 

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Coriolis effect.

The Coriolis effect appears when Newton's laws are transformed to a rotating frame of reference.

The situation to consider in that case is of a ball which is rolled across a rotating turntable.

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Relative to the non-rotating frame of reference the ball moves in a straight line, but to an observer in the rotating frame the ball follows a curved path as though some mysterious sideways force was pushing it off its course.

This fictitious or pseudo force is called the Coriolis force.
 
Oh noes, I watched it (a few seconds of it then moving ahead a few minutes), now Youtube is gonna feed me lots of "free energy" videos ...
There's a Facebook page "Multi tech Info" which FB often feeds me. It's got those same sort of videos of making over-the-top "devices" that generate free electric power or free wifi or whatever, using ceramic speaker magnets (often with wire wound around as if it were a toroid transformer), spark plugs, transformers, motors, and more soldered together in bizarre ways, but the contraptions somehow power a light bulb and a fan.

This guy explains EXACTLY how these videos are done. It's longish at 44 minutes, but the payoffs are:
12:44 he just built the device and is trying it out.
33:52 he explains what he REALLY did.
 
The Coriolis effect appears when Newton's laws are transformed to a rotating frame of reference.

The situation to consider in that case is of a ball which is rolled across a rotating turntable.

View attachment 1263515

Relative to the non-rotating frame of reference the ball moves in a straight line, but to an observer in the rotating frame the ball follows a curved path as though some mysterious sideways force was pushing it off its course.

This fictitious or pseudo force is called the Coriolis force.
Why is it a fictitious force? Or are you differentiating between ‘effect’ and force?