Difference between revisions of "Blackboard Optics Kit"
From UO Physics Demonstration Catalog
(Created page with "{{NewDemo|subject=Light and Optics|topic=Geometrical Optics|file1=Blackboard Optics.gif}} A metal surface has a grid glued on it. A light ray box is capable of putting out parallel light rays on the metal surface. Mirrors and lenses of various shapes can be placed on this surface. The focal point can be demonstrated by showing where the parallel rays converge. Can also be used to demonstrate how images are formed. Works well for all large lecture rooms. '''Location: ''...") |
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{{NewDemo|subject=Light and Optics|topic=Geometrical Optics|file1=Blackboard | {{NewDemo|subject=Light and Optics|topic=Geometrical Optics|file1=Blackboard optics 1.JPG|file2=Blackboard optics 2.JPG}} | ||
A | A laser ray box is capable of putting out parallel light rays. The ray box has magnets so it can be mounted on a metal whiteboard. . Mirrors and lenses of various shapes also have magnets in them and can be placed on the whiteboard. The focal point can be demonstrated by showing where the parallel rays converge. Can also be used to demonstrate how images are formed. Works well for all large lecture rooms. | ||
'''Location: | '''Location: | ||
''' | ''' | ||
* | * Ray Box Side of Shelf M | ||
*Lenses Shelf M-4 | |||
Latest revision as of 08:17, 30 October 2023
Return to Geometrical Optics
Description:
A laser ray box is capable of putting out parallel light rays. The ray box has magnets so it can be mounted on a metal whiteboard. . Mirrors and lenses of various shapes also have magnets in them and can be placed on the whiteboard. The focal point can be demonstrated by showing where the parallel rays converge. Can also be used to demonstrate how images are formed. Works well for all large lecture rooms.
Location:
- Ray Box Side of Shelf M
- Lenses Shelf M-4
