Experiment set OPTICS 1

All experiments can be done in daylight
This experiment set not only makes all the basic student experiments in geometric optics easier but also quicker to perform than equivalent experiments demonstrated by teachers, without losing any precision. Thanks to the very bright halogen bulb, the experiments can even be done in daylight.
Precisely parallel light beams without any calibration
The handy and strong experiment lamp produces a precisely parallel beam of light as soon as it is turned on without any need to adjust it. The lamp should simply be placed on a bench or table, connected to a 12-V power supply and then it is ready for use in experiments.
The double U-shaped profile on the aluminium lamp housing allows slides with 1, 2, 3 or 5 slits to be inserted in order to obtain a suitable number of parallel “rays”. Similarly the three-colour filter produces a set of three parallel beams in the primary colours, red, green and blue.
No additional equipment required
This experiment set does not need an optical bench or platform or any other similar apparatus. The frosted acrylic disc with angle graduations, with its thoroughly scratch-proof screen printing, allows readings to be taken quickly and precisely. The halogen bulb has an extremely long lifespan. However, it can still be changed quickly and easily as necessary
01.01.10 Storage case
04.02.00 Inlay with cut-outs for apparatus, O1
04.03.00 Experiment lamp
04.04.10 Opaque aperture, O1
04.04.20 Aperture with single slit and double slit
04.04.30 Aperture with 3 and 5 slits
04.05.00 Plane mirror
04.06.10 Semi-cylindrical body
04.06.20 Trapezoidal body
04.06.30 90° prism
04.07.00 Coated plastic trough
04.08.10 2 Plano-convex lenses
04.08.20 Plano-concave lens
04.09.00 2 Experiment leads, 75 cm
04.10.00 Plane-/Concave mirror
04.11.00 Disc with angle graduations, O1
04.12.00 Three-colour filter
04.13.00 Subtractive filter, yellow
04.14.00 Subtractive filter, magenta
04.15.00 Subtractive filter, cyan
04.16.00 Crossing module
Additionally required:
00.05.10 Low voltage power supply MKS 2.4
or
00.05.20 Low voltage power supply MKS 3.1
O1-1: Light beams and rays
O1-2: Reflection from a plane mirror
O1-3: Apparent location of a mirror image
O1-4: Angled mirrors
O1-5: Focal point of a concave mirror
O1-6: Important rays for concave mirrors
O1-7: Refraction of light
O1-8: Parallel-sided blocks
O1-9: Refractive index between air and water
O1-10: Critical angle for total internal reflection
O1-11: Total internal reflection in prisms
O1-12: Fibre optics
O1-13: Focal points of a convex lens
O1-14: Important rays for convex lenses
O1-15: Apparent focal points for a concave lens
O1-16: Combinations of lenses
O1-17: Dispersion of white light
O1-18: Additive mixing of colours
O1-19: Subtractive mixing of colours
O1-20: Crossing light beams