Calculating Vertical Acceleration from Centripital enduced movement

AI Thread Summary
The discussion centers on calculating vertical acceleration resulting from centripetal force as a ball moves upward along a Y-axis. The user seeks clarification on whether centripetal force is responsible for the ball's upward movement and how Newton's Third Law applies, specifically regarding the equal and opposite force generated. There is a request for guidance on calculating the force produced by the ball's movement through the Y plane. The scenario assumes the ball can move freely up or down a rotating arm, influenced by changes in rotational speed. Understanding these dynamics is crucial for accurate calculations in physics.
sl235
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Hi,

I was unsure how to describe what I wanted using words alone so I created a GIF to help.

k7rF6T.gif


Or view here - http://makeagif.com/i/k7rF6T

I am pretty unschooled in the world of physics so please forgive my lack of understanding.

Firstly, the force that would cause the ball to move to the top of the structure is centripetal force correct?

As the ball moves upwards through the Y axis, according to Newtons Third Law, as the ball moves upwards it is creating an equal force downwards?

How would the force generated by the movement of the ball through the Y plane be calculated?

Thanks
 
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Just for clarity, assume the ball has a hole in the center and has the freedom to move up or down the arm as the speed of the rotation increases/decreases.
 

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