Difference between revisions of "Spinning Styro Cup--Curve Ball"

From UO Physics Demonstration Catalog

(Created page with "{{NewDemo|subject=Fluid Mechanics|topic=Fluid Dynamics|file1=Venturi_Tubes.gif}} This uses water in manometers to show the pressure differences within the metal tube. With no air flow the columns of water are level within each tube. With air flow the water rises toward the open end of the tube, the difference in column height within each tube showing the pressure. Tube 1 is highest, 2 is lowest, and 3 and 4 are in the middle and equal. Rubber hoses may be connected betw...")
 
 
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{{NewDemo|subject=Fluid Mechanics|topic=Fluid Dynamics|file1=Styrofoam Cup Curve Ball.gif}}


This uses water in manometers to show the pressure differences within the metal tube. With no air flow the columns of water are level within each tube. With air flow the water rises toward the open end of the tube, the difference in column height within each tube showing the pressure. Tube 1 is highest, 2 is lowest, and 3 and 4 are in the middle and equal. Rubber hoses may be connected between manometers to emphasize the pressure differences between the three areas of the tube.
The effect responsible for the curve ball can be easily demonstrated by putting a spin on a styrofoam cup and dropping it.


'''Location:'''
'''Location:
* Shelf T-1
'''
* Cups are mostly stacked on Shelf E-3

Latest revision as of 14:20, 7 April 2022

Return to Fluid Dynamics

Styrofoam Cup Curve Ball.gif

Description:

The effect responsible for the curve ball can be easily demonstrated by putting a spin on a styrofoam cup and dropping it.

Location:

  • Cups are mostly stacked on Shelf E-3
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