Difference between revisions of "Drinking Bird"

From UO Physics Demonstration Catalog

(Created page with "{{NewDemo|subject=Thermodynamics|topic=Thermal Properties of Matter|file1=Drinking Bird.jpeg}} The bird's head is dampened, making it cooler than the base. This causes the fluid to creep up the neck to the area of lower pressure. When the center of gravity shifts, the bird tips, then the fluid runs back down into the bottom body and the bird returns to upright position. And so on. '''Location:''' * Drawer 56")
 
 
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{{NewDemo|subject=Thermodynamics|topic=Thermal Properties of Matter|file1=Drinking Bird.jpeg}}
{{NewDemo|subject=Thermodynamics|topic=Thermal Properties of Matter|file1=Drinking Bird.jpeg}}


The bird's head is dampened, making it cooler than the base. This causes the fluid to creep up the neck to the area of lower pressure. When the center of gravity shifts, the bird tips, then the fluid runs back down into the bottom body and the bird returns to upright position. And so on.
The bird's head is dampened, evaporation making it cooler than the base. This causes the fluid to creep up the neck to the area of lower pressure. When the center of gravity shifts, the bird tips, then the fluid runs back down into the bottom body and the bird returns to upright position. And so on. Make sure no water trickles to the lower part of the bird.  


'''Location:'''
'''Location:'''


* Drawer 56
* Drawer 56

Latest revision as of 18:28, 5 January 2023

Return to Thermal Properties of Matter

Drinking Bird.jpeg

Description:

The bird's head is dampened, evaporation making it cooler than the base. This causes the fluid to creep up the neck to the area of lower pressure. When the center of gravity shifts, the bird tips, then the fluid runs back down into the bottom body and the bird returns to upright position. And so on. Make sure no water trickles to the lower part of the bird.

Location:

  • Drawer 56