Risu certified student lamp with laser (class 1) and LED with very low heat generation
High-quality optical body with prism for color separation
Universal mirror: Parabolic concave, spherical concave, spherical convex, flat
With experiment on the principle of Fermat
Physics experiments on beam optics
With this unique material experimenting is also possible in the not darkened rooms. The RiSu-certified multi-function student lamp with laser and LED takes care of this in one device. In 6 learning groups, the students examine all the radiation patterns of the geometric optics directly on the associated worksheet and at the same time secure their results. For you as a teacher, there is a simple way to evaluate the work.
Accompanying material
All student worksheets also available as editable Word versions for free download
Each experiment with material list, instructions for implementation, evaluation and tips
Measuring blade with angle scale enables direct reading of the failure angle
The class set optics is suitable for experimenting with 6 parallel learning groups (à 2-3 students) in the secondary school I.
The comprehensive manual is part of the experiment set.
The completeness remains verifiable at a glance even with the variety of the experimental materials in this case. The clear arrangement makes it possible and saves you a lot of preparation time.
Student lamp
RiSu certified with laser (class 1) and LED with very low heat generation
Magnetic adhesive also suitable for dismantling at the table
Operates with power supply unit and batteries
6 × student lamp LED/LASER
6 × color filter, primary colors, red, green, blue
6 × battery holder with connection cord
6 × Mains adapter stick. (Low-voltage plug)
6 × Optical bodies, set of 6 in box
6 × shield, white with scale, 90x90x1 mm
6 × prism, on the same side 25 x 25 mm, 3x60°
6 × Universal mirror
6 × cross stands, black
1 × foam insert, above
1 × foam insert, below
1 × Hard plastic box approx. 540x450x150 mm
3 × AA battery, 1.5 V, alkaline, set of 4
1 × Room plan Class set Optics 2.0 - 03.02
Cornelsen Experimenta, 47545
