Case inserts: what’s inside
Basic educational kit: Optics
Whole-class optics practical kit for middle school and high school, built around a modular optical bench, with more than thirty experiments.
The whole-class optics practical kit for middle school and high school uses a single modular optical bench and covers more than thirty laboratory experiments in geometrical and wave optics: reflection and refraction, lenses and the assembly of microscope and telescope models, dispersion, diffraction, polarisation and measurement of the wavelength of light. The kit supports both basic and advanced physics study and meets the equipment requirements for physics classrooms in general secondary education under the current curriculum.
- 1.Optical converging lens, f=50 mm - 1 pc.
- 2.Optical converging lens, f=300 mm - 2 pcs.
- 3.Optical converging lens, f=100 mm - 1 pc.
- 4.Optical lens diverging, f=-100 mm - 1 pc.
- 5.Holder for diaphragms and slides with rotary clamps - 2 pcs.
- 6.White screen, working part 110x102 mm - 1 pc.
- 7.Ruler connector - 1 pc.
- 8.Trapezoidal plate, thickness 15 mm - 1 pc.
- 9.Semi-cylindrical plate, thickness 15 mm - 1 pc.
- 10.Glass, 50x50x2 mm, frosted - 1 pc.
- 11.Light barrier, 50x35 mm, opaque plastic - 2 pcs.
- 12.Rod with internal thread, Ø10x300 mm, internal thread M6 - 2 pcs.
- 13.Rod with external thread, Ø10x313 mm, external thread M6 - 2 pcs.
- 14.Double-sided mirror plate - 1 pc.
- 15.Bracket for attaching a double-sided mirror plate, 14x2.6x2.5 cm - 1 pc.
- 16.Support rod for the illuminator, Ø10x73 mm, external thread M6 - 1 pc.
- 17.Measuring ruler, scale 55 cm, dismountable - 1 pc.
- 18.Adjustable slit, slit height 9 mm - 1 pc.
- 19.Drawing tools (protractor 180°; square 60°; square 45°) 1 set
- 20.Holder for oversized slides with the ability to mount on an optical bench carrier - 1 pc.
- 21.Laboratory stand base - 1 pc.
- 22.Platform/table for mounting on an optical bench carrier, Ø40 mm - 1 pc.
- 23.Illuminator with two-side rotating mirrors - 1 pc.
- 24.5-beam laser emitter - 1 pc.
- 25.Adapter for powering the illuminator, 12 V, from a 220 V network - 1 pc.
- 26.Sliding optical bench carrier - 6 pcs.
- 27.Set of slides, 50x50 mm (Polaroid - 2 pcs., light barrier with a pattern - 1 pc., black stripe and single slit - 1 pc., four double slits - 1 pc.) 1 set
- 28.Set of diffraction gratings, 50x50 mm (line density 100/300/600 lines per mm) - 1 set
- 29.Diaphragm set, 75x50 mm (with two holes, with one and two slits, with square holes and letter L) 1 set
- 30.Opaque light barrier, 75x50 mm - 3 pcs.
- 31.Set of filters, 75x50 mm (red / green / blue) 1 set
- 32.Magnifier with built-in measuring scale 15 mm - 1 pc.
- 1. Study of the propagation of light
- 2. Study of the phenomenon of light reflection
- 3. Studying the image in a plane mirror
- 4. Study of a concave mirror
- 5. Investigating the concave mirror equation
- 6. Study of a convex mirror
- 7. Observation of light refraction
- 8. Study of the law of refraction of light
- 9. Determination of the refractive index of a substance
- 10. Observation of light refraction in a plane-parallel plate
- 11. Observation of light refraction in a prism
- 12. Observation of total reflection of light
- 13. Observation of reversibility of light paths
- 14. Study of the lens structure
- 15. Measuring the focal length of a converging lens
- 16. Study of the action of a converging lens
- 17. Determination of the focal length of a converging lens (option 1)
- 18. Determining the focal length of a converging lens (option 2)
- 19. Checking the Bessel formula
- 20. Determination of the focal length of a diverging lens
- 21. Study of magnification of images produced by lenses
- 22. Checking the lens formula
- 23. Study of the action of the lens system
- 24. Investigating how a magnifying glass works
- 25. Assembling a slide projector model
- 26. Assembling a microscope model
- 27. Assembling a Keplerian telescope model
- 28. Assembling a Galilean telescope model
- 29. Observation of light dispersion
- 30. Observation of light diffraction
- 31. Measuring the wavelength of light
- 32. Observation of polarization of light
- 33. Study of the polarization of light upon reflection
Middle school
basic level
Topic 1. Physical methods of investigating nature
basic level
Topic 3. Light phenomena
- — Measuring the focal length and optical power of a thin lens.
High school
basic level
Topic 3. Optics
- — Measuring the wavelength of light using a diffraction grating.
- — Measuring the refractive index of glass.
- — Study of a thin converging lens.
basic level
Topic 6. Atomic physics
advanced level
Topic 3. Optics
- — Measuring the wavelength of light using a diffraction grating.
- — Measuring the refractive index of glass.
- — Study of thin lenses.
advanced level
Topic 6. Atomic physics
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