1.
Reflection
and Refraction of Waves-Huygens' Principle, Fendt
2.
Wave
propagation reflection/refraction, Hwang
4.
Mirror Game, Hwang
5.
Multiple Reflection from two
plane mirrors, Hwang
8.
Total Internal Reflection, Kiselev
9.
Image from rays of refraction or total internal reflection, Hwang
10.
The world above the water
surface viewed from fishes eyes, Hwang
11.
Find the fastest Path, Hwang
12.
Fermat Principle, Hwang
13.
The rainbow, Kamikawa
14.
The physics of a rainbow, Hwang
15.
Fiber Optics, Christian
16.
Refraction
through a Prism, Surendranath
17.
Dielectric and Lens, Christian
18.
Convex Lens, Kamikawa
19.
Thin Lens (converging/diverging lens/mirrors), Hwang
20.
Image Formation by a Converging Lens, Kiselev
21.
The image by the concave lens, Kamikawa
22.
Image Formation by a Diverging Lens, Kiselev
23.
Thick Lens, Kamikawa
24.
Thick Lens, Christian
25.
Spherical Aberration, Christian
26.
Image Formation by a Diverging Mirror, Kiselev
27.
Refracting
Astronomical Telescope, Fendt
28.
Microscope, Christian
and Belloni
29.
Laser Cavity, Christian
30.
Optical
Table Lessons,
Marks
31.
Mirrors
and lenses, Cornell
32.
How
Compact Discs (CDs) Work, How stuff
works-Brain
33.
Additive Color Mixing, Kamikawa
34.
Additive Color Mixing, Eschen
35.
Additive
Color Mixing Example, Eschen
36.
Subtractive Color Mixing, Eschen
37.
Subtractive
Color Mixing Example, Eschen
38.
Shadow/Image and Color, Hwang
39.
Transparent colors, Eschen