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TESS Physics manual Optics

Product No: 01164-02

Documentation language: ENG

This documentation contains the following experiments

Title	Product
Optical illusions	P1063100
Rectilinear propagation of light	P1063200
Transparent and opaque objects	P1063300
Shadows (umbra and penumbra)	P1063400
Solar and lunar eclipses (with the light box)	P1063500
Reflection of light	P1063600
Reflection by a plane mirror	P1063700
Images in a plane mirror	P1063800
Reflection by a concave mirror	P1063900
Image construction for a concave mirror	P1064000
Reflection by a convex mirror	P1064100
Image construction for a convex mirror	P1064200
Refraction at the air-glass boundary	P1064300
Determining the refractive index of glass	P1064400
Refraction at the air-water boundary	P1064500
Refraction at the boundary between two liquids	P1064600
Refraction at the glass-air boundary	P1064700
Total reflection and the critical angle	P1064800
Passage of light trough a planoparallel plate	P1064900
Deviating prisms	P1065100
Reversing prisms	P1065200
Light path and focal length of a convex lens	P1065300
Image construction for a convex lens	P1065400
Light path and focal length of a concave lens	P1065500
Image construction for a concave lens	P1065600
Light path of lens combinations	P1065700
Focal length of lens combinations	P1065800
Spherical aberration	P1065900
Chromatic aberration	P1066000
Colour dispersion with a prism	P1066100
Reunification of spectral colours	P1066200
Complementary colours	P1066300
Additive colour mixing	P1066400
Subtractive colour mixing	P1066500
Colours of objects	P1066600
Mode of operation of the human eye (normal vision)	P1066700
Short-sightedness and its correction	P1066800
Long-sightedness an its correction	P1066900
Defective accommodation in old age and its correction	P1067000
Day and night	P1067100
The seasons	P1067200
The phases of the moon	P1067300
Solar and lunar eclipses (with the earth-moon model)	P1067400
The pinhole camera	P1067500
Luminous intensity (photometer)	P1067600
Illuminance (inverse square law)	P1067700
Projected image with a concave mirror	P1067800
Law of imagery for a concave mirror	P1067900
Determining the magnification of a concave mirror	P1068000
Images in a convex mirror	P1068100
Image obtained with a convex lens	P1068200
Determining the focal length of a convex lens	P1068300
Law of imagery for a convex lens	P1068400
Determining the magnification of a concave lens	P1068500
Image obtained with a concave lens	P1068600
Pincushion an barrel distortion	P1068700
The magnifying glass	P1068800
The structure of a microscope	P1068900
Determining the magnification of a microscope	P1069000
The astronomical telescope	P1069100
The Galilean telescope	P1069200
Determining the magnification of a telescope	P1069300
The camera	P1069400
The depth of focus of a camera	P1069500
The slide projector	P1069600
Diffraction at a grid	P1069700
Determination of the wavelength by grid diffraction	P1069800
Polarisation with filters	P1069900
Rotation of the polarisation plane with a sugar solution	P1070000