🌟 Illuminate Your Curiosity with Every Slide!
The Rainbow Symphony Pack of 10 Diffraction Grating Slides offers a unique and engaging way to study light and color. With 13,500 lines per inch, these slides are designed for direct viewing and analysis of spectra from various light sources, making them perfect for educational settings. Lightweight and compact, they are compatible with overhead and 35mm projectors, ensuring a versatile and fun learning experience.
Manufacturer | Rainbow Symphony |
Part number | 01602-10 |
Item Weight | 9 g |
Package Dimensions | 8.99 x 6.1 x 1.09 cm; 9 g |
Item model number | 01602-10 |
Size | 10-Pack |
Colour | 13,500 |
Material | plastic |
Item Package Quantity | 1 |
Number of Pieces | 10 |
Batteries included? | No |
Batteries Required? | No |
L**S
n(lambda)=2dsin(theta)
Used this grating with a red laser pointer to demonstrate diffraction to a bunch of lucky chemistry students. I really hope they learn Bragg's law after I went to so much trouble.
T**C
Good buy
If you are after fun with solar spectrum then this is for you it is on a 35 mm slide and that helps
A**R
The ordered Diffraction Grating Slides work well
For a course on optics I ordered a Pack of 10 Diffraction Grating Slides - Linear 500 Lines/mm. The slides were packed and delivered well and work well.
S**H
Well made, no defects.
The gratings and their frames were all well made, and there were no defective ones in my set.The packaging was adequate, and none were damaged in shipping.They are suitable for making the "Home made spectroscopes" that have instructions all over online.
M**R
Fun Physics
Excellent for a physics class - or to interest grandchildren. The vaying spectra of the new LED lights show up well when viewed through one of the gratings.
P**R
As described, quick delivery
As described, quick delivery
N**A
Non return
asked for a return on the item. Seller never responded.
H**A
Nice grating, but not the right spacing
It's a nice quality grating, but unfortunately it's not 13,500 lines/inch as specified. It's almost exactly 5,000 lines/inch, which you can get from the diffraction grating formula using a laser pointer: λ = d sin(θ). Measured θ = 0.1285 radians, λ = 650nm.
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