What Energy Causes Motion in a Suspended Sphere Apparatus?

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The discussion centers on the energy dynamics involved in a suspended sphere apparatus, specifically when one sphere is swung and impacts the others. The primary types of energy at play are kinetic energy and gravitational potential energy. Participants reference Newton's Cradle as a related concept, which visually demonstrates these principles. An animation link is shared to enhance understanding of the apparatus's mechanics. Overall, the conversation highlights the interplay of energy types in motion transfer within the system.
evthis
If you've seen the apparatus that is composed of five suspended spheres from a string lined up in a row, each in direct contact with the spheres before or after it, perhaps you can tell me the type of energy that causes the sphere to the most left to move when the sphere to the most right is swung back and released without effecting the measured locations of any of the spheres between.
 
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Kinetic and gravitational potential.

--J
 
And, of course, kinetic energy.
 
If you'd like to look into it further, look up "Newton's Cradle"
 
Jayboy said:
If you'd like to look into it further, look up "Newton's Cradle"

I will do that thanks. Can you give me a basic idea of what the "Newton's Cradle" is?
 
evthis said:
Can you give me a basic idea of what the "Newton's Cradle" is?
Newton's cradle is the apparatus you were describing.

Look here for an applet: http://www.walter-fendt.de/ph11e/ncradle.htm
 
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Wow, excellent animation imagery describing exactly what I was talking about...thanks greatly for the link which allowed me to see it. :smile:
 
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