Difference between revisions of "Ferro Fluid Movies"
From UO Physics Demonstration Catalog
| Line 3: | Line 3: | ||
There is a small amount of Ferro Fluid in a pyrex beaker. The beaker is atop a solenoid, through which we a sending an ac signal using a signal generator set for low frequencies. We found that signals above about 20 hertz were just too fast for the fluid to respond to, and these movies don't show anything beyond a few hertz. | There is a small amount of Ferro Fluid in a pyrex beaker. The beaker is atop a solenoid, through which we a sending an ac signal using a signal generator set for low frequencies. We found that signals above about 20 hertz were just too fast for the fluid to respond to, and these movies don't show anything beyond a few hertz. | ||
Old Videos are broken and can not be converted. | Old Videos are broken and can not be converted. See notes associated with old videos for a guide to create new ones: | ||
* vid1: Gradually moving from 1.50 to 2.3 hertz Here is a large version of the same movie. | |||
* vid2: here is a different view while moving from 1.50 to 1.97 hertz. Larger version | |||
* vid3: This is another look at the sloshing at 1.90 hertz Larger version | |||
Latest revision as of 12:33, 11 April 2022
Return to Oscillations
Description:
There is a small amount of Ferro Fluid in a pyrex beaker. The beaker is atop a solenoid, through which we a sending an ac signal using a signal generator set for low frequencies. We found that signals above about 20 hertz were just too fast for the fluid to respond to, and these movies don't show anything beyond a few hertz.
Old Videos are broken and can not be converted. See notes associated with old videos for a guide to create new ones:
- vid1: Gradually moving from 1.50 to 2.3 hertz Here is a large version of the same movie.
- vid2: here is a different view while moving from 1.50 to 1.97 hertz. Larger version
- vid3: This is another look at the sloshing at 1.90 hertz Larger version
