6A - Geometrical Optics

6A - Gemetrical Optics

6B - Photometry

6C - Diffraction

6D - Interference

6F - Color

6H - Polarization

6J - The Human Eye

6Q - Modern Optics

	6A 10.20 - Lazer with Corner Mirror: Demonstrates: Reflection of light. Description: A laser is projected onto a corner mirror which reflects the light on all sides.
	6A 10.30 - Plane Mirrors: Demonstrates: Reflection and virtual images. Description: Plane mirrors can be used to introduce the concept of ray tracing.
	6A 10.40 - Folding Mirrors with Object: Demonstrates: Reflection of light. Description: Two large mirrors will give 360o reflected view of the object.
	6A 20.10 - Bird in a Box: Demonstrates: Reflection of light. Description: Bird is upside down in the box but the mirror flips image to right side up.
	6A 20.20 - Concave and Convex Mirrors: Demonstrates: Reflection. Description: These mirrors can give a virtual and a real image.
	6A 20.40 - Large Spherical Mirror: Demonstrates: Virtual and real images. Description: At focal point image flips and goes from virtual to real.
	6A 40.10 - Optical Disk I: Demonstrates: Concave and convex lenses. Description: Light enters one lens, is refracted then enters other lens and is refracted again.
	6A 40.20 - Optical Disk II: Demonstrates: Refraction of light. Description: Light enters the lens and is refracted.
	6A 40.41 - Invisibility Fluid: Demonstrates: Index of refraction. Description: A mixture of CCl4 and C6H6 has an index of refraction similar to Pyrex glass. When a rod of soft glass is placed in fluid, it can be clearly seen. When a pyrex glass rod is placed in fluid it becomes "invisible."
	6A 44.10 - Chalkboard Optics: Demonstrates: Light refraction. Description: Light is beamed into the acrylic shapes which refract or reflect the light.
	6A 44.20 - Total Internal Reflection: Demonstrates: Internal reflection at proper angle of incidence. Description: Set up with laser and green acrylic sheet on optical bench.
	6A 44.25 - Total Internal Reflection with Prisms: Demonstrates: Total internal reflection. Description: A prism and a laser are used in this version of total internal reflection.
	6A 44.30 - Total Internal Reflection with Microwaves: Demonstrates: Total internal reflection. Description: Prisms are used in this version of total internal reflection.
	6A 44.40 - Fiber Optics: Demonstrates: Total internal reflection with fiber optics. Description: Fiber optics used for household decoration.
	6A 46.10 - Rainbow with Acrylic Sphere: Demonstrates: Light refraction. Description: An acrylic sphere on a stand that represents a rain drop. Use a 100 W point source light for the Sun and project on East wall.
	6A 46.20 - Solar Spectrum: Demonstrates: Spectrum of the sun. Description: The sun's image is brought into 103.
	6A 60.30 - Microscope: Demonstrates: Enlargement of an object. Description: The filament of a lamp on a Variac is observed through lenses.
	6A 61.20 - Fish Eye Camera: Demonstrates: The concept of a camera. Description: Same setup as the pinhole but a fish eye lens is added.
	6A 61.30 - Pinhole Camera: Demonstrates: Shows how a camera works. Description: A polaroid setup is put on a tripod.
	6A 65.10 - Camera Model: Demonstrates: A real image. Description: Image is inverted on the screen at end of optical bench.
	6A 70.10 - Compound Microscope: Demonstrates: Magnification of very small objects. Description: A one person microscope.
	6A 70.30 - Galilean Telescope: Demonstrates: Telescopes. Description: Use +100mm and +500mm Leybold lenses. Set up on large optical bench.
	6A 70.40 - Newtonian Telescope: Demonstrates: Telescopes. Description: Use -100mm and +500mm Leybold lenses. Set up on large optical bench.
	6A 70.50 - Projector Model: Demonstrates: Shows how a projector works. Description: A slide is projected on to a screen.