Difference between revisions of "Water whirlpool"
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==Instructions== | ==Instructions== | ||
Place bucket filled with water on the rotateable platform. Create a whirlpool by spinning the water-wheel (turbine) inside the water while holding the platform steady. When the whirlpool has sufficient velocity, remove the water-wheel. | Place bucket filled with water on the rotateable platform. Create a whirlpool by spinning the water-wheel (turbine) inside the water while holding the platform steady. When the whirlpool has sufficient velocity, remove the water-wheel. | ||
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==Keywords== | ==Keywords== | ||
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==Images & Movies== | ==Images & Movies== | ||
<gallery> | <gallery> | ||
| − | File: | + | File:2C50.30_1.JPG|Figure1 |
</gallery> | </gallery> | ||
| + | {{#widget:YouTube|id=XUcOfi-exio}} | ||
Latest revision as of 14:44, 28 August 2015
Back to 2C - Dynamics of fluids
PIRA index: 2C50.30
Description
A "water-wheel" (turbine) attached to a drill is used to generate a whirlpool in a bucket of water sitting atop the rotateable platform. The platform will begin to rotate due to conservation of angular momentum.
Equipment
- turbine attachment
- cordless drill
- bucket filled with water
- rotateable platform
Instructions
Place bucket filled with water on the rotateable platform. Create a whirlpool by spinning the water-wheel (turbine) inside the water while holding the platform steady. When the whirlpool has sufficient velocity, remove the water-wheel.
Keywords
water, wheel, watermill, turbine, drill, whirlpool, bucket, rotation, rotateable, platform, conservation, angular, momentum
Images & Movies
Figure1
