Instructions for 60 demonstration experiments in optics.
| Title |
Product |
| Rectilinear propagation of light |
P1100000 |
| Shadow formation by a point light source |
P1100100 |
| Umbra and penumbra with two point light sources |
P1100200 |
| Umbra and penumbra with an extensive light source |
P1100300 |
| Length of shadows |
P1100400 |
| Reflection of light |
P1100700 |
| The law of reflection |
P1100800 |
| Formation of an image point by a plane mirror |
P1100900 |
| Applications of reflection by plane mirrors |
P1101100 |
| Reflection of light by a concave mirror |
P1101200 |
| Properties of a concave mirror |
P1101300 |
| Real images with a concave mirror |
P1101400 |
| Law of imagery and magnification of a concave mirror |
P1101500 |
| Virtual images with a concave mirror |
P1101600 |
| Aberrations with a concave mirror (catacaustics) |
P1101700 |
| Reflection of light by a convex mirror |
P1101800 |
| Properties of a convex mirror |
P1101900 |
| Image formation by a convex mirror |
P1102000 |
| Law of imagery and magnification of a convex mirror |
P1102100 |
| Reflection of light by a parabolic mirror |
P1102200 |
| Refraction of light at the air-glass boundary |
P1102300 |
| Refraction of light at the air-water boundary |
P1102400 |
| The law of refraction (quantitative) |
P1102500 |
| Total reflection of light at the glass-air boundary |
P1102600 |
| Total reflection of light at the water-air boundary |
P1102700 |
| Passage of light through a planoparallel glass plate |
P1102800 |
| Refraction by a prism |
P1102900 |
| Light path through a reversing prism |
P1103000 |
| Light path of through a deviating prism |
P1103100 |
| Light transmission by total reflection |
P1103200 |
| Refraction of light by a convergent lens |
P1103300 |
| Properties of a convergent lens |
P1103400 |
| Real images with a convergent lens |
P1103500 |
| Law of imagery and magnification of a convergent lens |
P1103600 |
| Virtual images with a convergent lens |
P1103700 |
| Refraction of light at a divergent lens |
P1103800 |
| Properties of a divergent lens. OT 4.7 |
P1103900 |
| Image formation by a divergent lens |
P1104000 |
| Law of imagery and magnification of a divergent lens |
P1104100 |
| Lens combination consisting of two convergent lenses |
P1104200 |
| Lens combination consisting of a convergent and a divergentlens |
P1104300 |
| Spherical aberration |
P1104400 |
| Chromatic aberration |
P1104500 |
| Colour dispersion with a prism |
P1104600 |
| Non-dispersivity of spectral colours |
P1104700 |
| Reunification of spectral colours |
P1104800 |
| Complementary colours |
P1104900 |
| Additive colour mixing |
P1105000 |
| Subtractive colour mixing |
P1105100 |
| Structure and function of the human eye |
P1105200 |
| Short-sightedness and its correction (myopia) |
P1105300 |
| Long-sightedness and its correction (hyperopia) |
P1105400 |
| The magnifying glass |
P1105500 |
| The camera |
P1105600 |
| The astronomical telescope |
P1105700 |
| The Newtonian reflecting telescope |
P1105800 |
| Herschel's reflecting telescope |
P1105900 |
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