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Optics: lenses and image formation |
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Concave lens
How a concave mirror Works |
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Concave
Mirror How a concave mirror Works |
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Concave
Mirrors Concave Mirrors, The Mirror Equation, The Anatomy of a Curved Mirror, Principal axis, Center of Curvature
Vertex, Focal Point, Radius of Curvature, Focal Length |
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Convex lens
The five main diagrams for image formation by a Convex (converging) lens |
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Convex Mirrors
Reflection and Image Formation for Convex Mirrors, Reflection of Light and Image
Formation for Convex Mirrors, Ray Diagrams - Convex Mirrors, Image
Characteristics for Convex Mirrors, The Mirror Equation - Convex Mirrors |
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Curved Mirrors to investigate image formation in converging and diverging mirrors |
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Focal length
The focal length of an optical system is a measure of how strongly it focuses or
diverges light, ... |
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Fermat’s Principle, and Image Formation pdf file |
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Fresnel Lens
Fresnel Lens |
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Fresnel Lens
Fresnel Lens |
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Fresnel Lens
Fresnel Lens |
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Fresnel Lens How a
Fresnel Lens Works |
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Fresnel Lens
How a Fresnel Lens Works |
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Fresnel
Lenses |
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Fresnel
Lenses
Fresnel lenses are the diffractive equivalents of a refractive lens.
The quadratic phase profile of a lens is quantized to a one-wave deep kinoform
profile |
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Geometric Optics Vergences, Mirrors, Interfaces, Magnification, Thin Lenses |
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Geometric Optics
Concave Mirror, Convex Mirror,
Fresnel Lens, Biconvex Lens - Image Dimensions, an overhead projector |
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Image
formation in concave mirrors concave mirrors |
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Image
formation in convex mirrors convex mirrors |
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Instruments d’optique en Français |
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Lenses and mirrors
Focal Length of a Mirror, Image Formation by Mirrors, Thin Lenses, Image
Formation with Lenses, pdf file |
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Lenses and mirrors pdf file |
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Lentilles 1
ppt file,
en Français |
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Lentilles 2
ppt file,
en Français |
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Loi de Snell-Descartes
ppt file,
en Français |
| Microscope
anatomy the microscope is an instrument designed to make fine details visible. This section discusses the evolution of the microscope from its
beginning in the 1600s to modern-day sophisticated microscopes |
| Microscopes:
how light microscopes work |
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Mirrors
How mirrors Work |
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Mirrors & lenses How mirrors Work, How lenses Work |
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Ophthalmic
Optics for beginners eye, lens |
| Optical instruments |
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Optical instruments |
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Optical instruments
Multiple lenses, A basic microscope is made up of two converging lenses,
Telescopes |
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Polarization and The Human Eye
Polarization and The Human Eye |
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Snell's
law Willebrord Snell discovered the law of refraction which is now termed Snell's law, refraction |
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Spherical mirrors
Spherical mirrors, How Spherical mirrors Work |
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Spherical mirrors How does light reflect from a spherical mirror? How can
you determine the focal length of the mirror? pdf file |
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Spherical mirrors;
and Refraction Spherical mirrors; and Refraction |
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Telescope Optics Basic Telescope Optics |
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Telescopes: how telescopes work
The purpose of a telescope is not to magnify, as commonly thought, but to
collect light. The larger the telescope's main light-collecting element, whether
lens or mirror, the more light is collected, ... |
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Telescopes: how telescopes work
how telescopes work |
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Total internal
reflection, and Lenses Total internal reflection, Lenses, Ray diagram for a
diverging lens, Multiple lenses, A microscope, gn convention |
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Horizontaal |
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Last updated on:
2011-01-02
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