A ray box typically consists of a rugged sheet metal box.
Inside the box, there is a 12 V, 10 W festoon type axially straight filament lamp.
The box is fitted with a cartridge that holds four types of slits: single, double, triple, and wide slots.
It also includes color filters for adjusting the light.
Additionally, a convex cylindrical collimating lens is provided to adjust the beam, creating long, clear tracks that can be parallel, converging, or diverging.
Function:
The ray box emits light beams through the slits, allowing students to study the properties of light.
By adjusting the slits and using the collimating lens, different types of rays or beams can be obtained.
Applications:
Ray boxes are commonly used in educational settings to demonstrate concepts related to light, reflection, refraction, and interference.
They are useful for experiments involving ray tracing, understanding image formation, and exploring optical phenomena.
Safety Note:
When using a ray box, ensure proper precautions, especially when handling the lamp and adjusting the slits.
Always follow safety guidelines provided by your educational institution.
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