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| = Gravity Coin Well, 1L20.10 = | = Gravity Coin Well, 1L20.20 = '''Location:''' |
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| '''Location:''' * L.R. Ingersoll Museum of Physics |
* [[http://www.physics.wisc.edu/museum/Exhibits-1/Mechanics/GravPit/index_GravPit02-19.html|L.R. Ingersoll Museum of Physics]] |
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| attachment:GravityPit-1i.jpg | {{attachment:GravityPit-1i.jpg}} |
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| '''Description:''' This large Hyperbolic Funnel measures 56 inches in diameter, as a coins are dropped down the ramp and spiral their way in to the center this loosely simulates a gravity well, such as a black hole. |
'''Description:''' This demonstration consists of a 56 inch diameter hyperbolic funnel. Coins dropped into this funnel loosely approximate the behavior of matter spiraling into a gravity well - e.g. a black hole. |
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| '''Setup:''' | '''Setup:''' |
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| 1. Make sure there are enough pennies in the tray 1. Make sure there isn't a clog of coins at the bottom of the funnel |
1. Make sure there are enough coins in the tray. 1. Take a coin and drop 1. Make sure there is not a clog of coins at the bottom of the funnel. |
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| 1. To may coins at one time will clog the funnel | 1. The funnel clogs if too many coins are dropped into the well at once. '''Demonstration:''' A mounted coin track is placed on the edge of the well. The coins are then sent edge on to roll on the surface of the well. Gravity will force the coin to the center of the well and centrifugal force keeps the coin from falling directly into the well. As the orbit of the coin continues to decay towards the center the surface traveled in decreased and the speed of the coin increased. Finally the coin reaches the bottom or singularity of the well were it can not escape. This is designed to show how objects orbit around massive objects that bend space-time into a well-like structure. It also shows gravitational acceleration, orbital decay, and other classical physics concepts. . ||<tablewidth="700px"> {{attachment:GravityPit-2i.jpg}} || {{attachment:gravitywell.jpg}} || {{attachment:GravityPit-3i.jpg}} || |
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| '''Demonstration:''' | '''References:''' |
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| {Insert description of demonstration, how is the demonstration preformed.} | * [[http://www.funnelworks.com/|Funnel works]] * [[http://en.wikipedia.org/wiki/Gravitational_well|Gravity Well Wiki]] * [[http://www.qrg.northwestern.edu/projects/vss/docs/space-environment/3-whats-a-gravity-well.html|Space Envirnment]] |
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| ||attachment:GravityPit-2i.jpg||attachment:GravityPit-3i.jpg|| | [[Gravity]] |
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| '''References:''' * [http://www.funnelworks.com/ Funnel works] |
[[Demonstrations]] |
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| [:Gravity:Gravity] [:Demonstrations:Demonstrations] [:Instructional:Home] |
[[Instructional|Home]] |
Gravity Coin Well, 1L20.20
Location:
Description: This demonstration consists of a 56 inch diameter hyperbolic funnel. Coins dropped into this funnel loosely approximate the behavior of matter spiraling into a gravity well - e.g. a black hole.
Setup:
- Make sure there are enough coins in the tray.
- Take a coin and drop
- Make sure there is not a clog of coins at the bottom of the funnel.
Cautions, Warnings, or Safety Concerns:
- The funnel clogs if too many coins are dropped into the well at once.
Demonstration:
A mounted coin track is placed on the edge of the well. The coins are then sent edge on to roll on the surface of the well. Gravity will force the coin to the center of the well and centrifugal force keeps the coin from falling directly into the well. As the orbit of the coin continues to decay towards the center the surface traveled in decreased and the speed of the coin increased. Finally the coin reaches the bottom or singularity of the well were it can not escape. This is designed to show how objects orbit around massive objects that bend space-time into a well-like structure. It also shows gravitational acceleration, orbital decay, and other classical physics concepts. .
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References: