Volume I -- SIR's as Multi-Media Examples Simulating Wave Motion
- Wave Motion -- HyperCard Stacks + QT Movies (the complete HyperCard Stack)
- Wave Motion -- QuickTime Movies ONLY
- Doppler Effect -- Simulating Wave Motion (QT Movie + QBASIC)
- Analyzing the Spectrum of a Doppler Effect using SoundEdit Pro
*NEW* 3.5 GigaBytes in 20 MPEG movies of a steam train...some with the Doppler Effect...requires a FAST Internet connection.
- Flat Mirror -- Simulating Wave Motion (QT Movie)
- Concave Mirror -- Simulating Wave Motion (2 QT Movies + QBASIC)
- Refraction -- Parallel Edges -- Simulating Wave Motion (2QT Movies + QBASIC)
- Convex Lens -- Simulating Wave Motion (QT Movie)
- Concave Lens -- Simulating Wave Motion (QT Movie)
- Diffraction -- Red v. Blue Wavelengths (2 QT Movies + QBASIC)
- Diffraction -- Temperature of Light Sources
- Diffraction -- Composition of Light Sources
- Interference -- Young's Experiment -- Simulating Wave Motion (QT Movie + QBASIC)
- Resonance Tube Apparatus -- Simulating Wave Motion
- Vibrato Effect -- Simulating Superposition in Wave Motion (QT Movie + QBASIC)
Volume II -- SIR's as Mini-Lab. Manuals Created with HyperCard Stacks or Created with HTML as Online Lessons
- Collisions in 2D Lab. using IP Physics Movie (HyperCard Stack)
The above link includes a LARGE screen, ANIMATED PhotoGIF.
- Reflection -- Plane Mirror Drawing Lab. (HyperCard Stack)
El Espejo Plano en Espanol (Bilingual Version Online)
Plane Mirror: Online Lesson (Can be downloaded and used offline)
- Reflection -- Concave Mirror Drawing Lab. (HyperCard Stack)
El Espejo Concavo en Espanol (Bilingual Version Online)
Concave Mirror: Online Lesson (Can be downloaded and used offline)
- Refraction -- Parallel Edges Drawing Lab. (HyperCard Stack)
Refraction -- Parallel Edges Drawing Lab.: Online Lesson (Can be downloaded and used offline)
- Refraction -- Convex Lens Drawing Lab. (HyperCard Stack)
Refraction -- Convex Lens Drawing Lab.: Online Lesson (Can be downloaded and used offline)
- D.C. Circuits Lab. (HyperCard Stack)
- D.C. Circuits Lab. (Online Laboratory Lessons -- requires a Web Browser which can display IFRAMES and this FREEWARE requires the monitor's resolution be set at 1024 x 768 resolution.)
- Sample Card -- Constructing a Homemade VOM
- Sample Card -- Improving the Measurements of the Homemade VOM