Difference between revisions of "Centripetal Force 1"
From UO Physics Demonstration Catalog
(Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Centripetal_Force-1.gif}} Spinning of the central assembly will cause the bob to swing outward, this force being countered by the spring. Use the pointer to locate the radius of the motion. By then attaching masses to the stationary bob to bring it back over the pointer, the centripetal force can be calculated. '''Location:''' * Sh. O-1") |
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Spinning of the central assembly will cause the bob to swing outward, this force being countered by the spring. Use the pointer to locate the radius of the motion. By then attaching masses to the stationary bob to bring it back over the pointer, the centripetal force can be calculated. | Spinning of the central assembly will cause the bob to swing outward, this force being countered by the spring. Use the pointer to locate the radius of the motion. By then attaching masses to the stationary bob to bring it back over the pointer, the centripetal force can be calculated. | ||
Apparatus Located in Physics Lab area. | |||
'''Location:''' | '''Location:''' | ||
* | * Lab rooms | ||
Latest revision as of 13:07, 9 December 2022
Return to Rotational Dynamics
Description:
Spinning of the central assembly will cause the bob to swing outward, this force being countered by the spring. Use the pointer to locate the radius of the motion. By then attaching masses to the stationary bob to bring it back over the pointer, the centripetal force can be calculated.
Apparatus Located in Physics Lab area.
Location:
- Lab rooms
