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Optical Devices & Lenses
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- Article no:P1068500Determining the magnification of a concave lens
- Article no:P1065600Image construction for a concave lens
- Article no:P1069500The depth of focus of a camera
- Article no:P1066700Mode of operation of the human eye (normal vision)
- Article no:P1068200Image obtained with a convex lens
- Article no:P1068300Determining the focal length of a convex lens
- Article no:25277-88Student set Optics 2, TESS advanced Physics
- Article no:P1069300Determining the magnification of a telescope
- Article no:P1068400Law of imagery for a convex lens
- Article no:15560-88DEMO advanced physics set: Geometrical Optics on the optical bench
- Article no:25276-88Student set Optics 1 with light box, TESS advanced Physics
- Article no:P1069100The astronomical telescope
- Article no:P1065800Focal length of lens combinations
- Article no:25277-88DStudent set Optics 2, digital, TESS advanced Physics
- Article no:P1105800The Newtonian reflecting telescope
- Article no:P1104300Lens combination consisting of a convergent and a divergentlens
- Article no:P1103900Properties of a divergent lens. OT 4.7
- Article no:P1437000Color mixing in experiments on optical profile bench with LED lamp
- Article no:P1068800The magnifying glass
- Article no:P1069200The Galilean telescope
- Article no:09801-02Light box, halogen 12V/20 W
- Article no:09833-01Optical block, planconvex, f = +100 mm
- Article no:09833-04Optical block, right prism
- Article no:09833-05Optical block, planconvex, f = +50 mm
- Article no:09833-03Optical block, right trapezoid
- Article no:25278-88Student set optics 1 including LED-/laser light source
- Article no:09833-02Optical block, planconcave, f = -100 mm