Student Basic Set – Optics 2 – Digital Set – 30 Experiments

ABOUT THIS PRODUCT:

Function and Applications

Supplementary equipment set for Basic set Optics 1 (1576-88). Together with the Optics Basic set and optional equipment TESS Optics color mixing, it is possible to perform 70 student experiments in total:

• Propagation of light (11 Experiments)
• Mirrors (11 Experiments)
• Refraction (10 Experiments)
• Lenses (14 Experiments)
• Colours (6 Experiments)
• The human eye (5 Experiments)
• Optical equipment (9 Experiments)
• Wave optics (4 Experiments)

In 2 experiments you can use the Cobra SMARTsense Sensor Light instead of the classic measuring device in combination with tablets (iOS and Android) and smartphones (Android). In these experiments, the digital data acquisition also provides a further didactic added value.

Benefits

• The ideal combination of classic experiments (practical competence) and digital data acquisition (media competence)
• Individual teaching structure possible: you can decide to choose the measuring instrument you want (classic or digital)
• Future-proof: Prepare the transition to the digital school today
• Perfectly matched to digital science lessons with tablets and smartphones
• Faster and higher learning success: The use of digital devices increases the identification and thus increases the motivation of the students
• Multifunctional student lamp – All-in-one: It can be used for geometrical optic basics either on the table, color mixing or on the optical bench
• Extension with set-up kits possible at any time and no additional lights required, thereby recognition value for the student guaranteed

Equipment and Technical Data

The equipment set consists of all necessary components for the experiments

Robust, stackable storage box with a foam insert fitting to the contained equipment

Cobra SMARTsense Light: Measuring range: 1 … 128 klx, resolution: 0.1 lx, sampling rate: 10 Hz

30 Experiments:

1. Day and night
2. The seasons
3. The phases of the moon
4. Solar and lunar eclipses (with the earth-moon model)
5. The pinhole camera
6. Luminous intensity (photometer)
7. Illuminance (inverse square law)
8. Projected image with a concave mirror
9. Law of imagery for a concave mirror
10. Determining the magnification of a concave mirror
11. Images in a convex mirror
12. Image obtained with a convex lens
13. Determining the focal length of a convex lens
14. Law of imagery for a convex lens
15. Determining the magnification of a concave lens
16. Image obtained with a concave lens
17. Pincushion and barrel distortion
18. The magnifying glass
19. The structure of a microscope
20. Determining the magnification of a microscope
21. The astronomical telescope
22. The Galilean telescope
23. Determining the magnification of a telescope
24. The camera
25. The depth of focus of a camera
26. The slide projector
27. Diffraction at a grid
28. Determination of the wavelength by grid diffraction
29. Polarisation with filters
30. Rotation of the polarisation plane with a sugar solution

+ 1 Cobra SMARTsense Light