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Browsing SAM Project
Activities- Atomic Structure (SAM)
(9-page, 2-day activity)
- Atoms and Conservation of Energy (SAM)
(9-page activity)
- Chemical Reactions and Stoichiometry (SAM)
(a 2-day activity)
- Diffusion, Osmosis, and Active Transport (SAM)
(a 2-day activity)
- DNA to Proteins (SAM)
(a 2-day activity; 11 pp)
- Electric Current (SAM)
(a 2-day, 10 pp activity)
- Electrostatics (SAM)
(a 7 pp activity for 1-2 class periods)
- Excited States and Photons (SAM)
(12 pp for 2 days)
- Four Levels of Protein Structure (SAM)
(a 9-page 1-2 day activity)
- Gas Laws (SAM)
(an 8 pp 1 or 2 day activity)
- Heat and Temperature (SAM)
A 2-day activity
- Intermolecular Forces (SAM)
(a 2-class activity)
- Introduction to Modeling (SAM)
(a 7 page activity)
- Lipids and Carbohydrates (SAM)
A 2-day 11-page activity
- Molecular Geometry: (SAM) 11-page, 2-day activity
- Newton's Laws at the Atomic Level (SAM)
(a 2-day, 9-page activity)
- NSTA 2008: Creating learning activities using the Molecular Workbench
- Phase Change
(2-day, 9-page activity from the SAM project)
- Proteins and Nucleic Acids (SAM)
(a 12-page, 2-day activity from the SAM project)
- Spectroscopy (SAM)
(an 8-page, 1-2 day activity)
- Strong Chemical Bonds (SAM)
(a 2-day, 10-page activity)
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The SAM Project is based on the work of several projects before it. Those projects developed hundreds of activities that you might find useful with your classes. You can search the database or browse various categories by following this
link.
