Place a marble inside the bowl and tilt the bowl periodically so the marble rolls from the bottom of the bowl to equally high points on the sides of the bowl.
Marble in a bowl physics.
Start the marble rolling tangentially in the bowl to obtain an orbit then observe the effects of conservation of angular momentum.
When the jell o is set in each cup place a marble on the surface of the jell o in the center of the cup.
What is the restoring force and what role does the force you apply play in the simple harmonic motion shm of the marble.
The friction causes a torque which is not included in the op s computation.
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Shm and the marble.
If we assume the marble is rolling instead of sliding then there necessarily must be friction between the bowl and the marble.
And at some instance of time then the atom will be on the right side of the bowl and a little bit later on the left side of the bowl.
Place a marble inside the bowl and tilt the bowl periodically so the marble rolls from the bottom of the bowl to equally high points on the sides of the bowl.
If one calculates.
A fun physics activity from science buddies.
In our atomic ion experiments we can make an atomic marble.
We can make it roll back and forth just as a marble would in a real bowl.
By science buddies on july 12 2012.
Marble and glass bowl.
To demonstrate orbits in a gravitational potential well.
Get a feel for the force required to maintain this periodic motion.