Comparing the Specific Heat Of Metals I
Comparing the Specific Heat of Metals II
Paramagnetism of Transition Metal Salts
Computer NaCl Crystal Cleavage
Octahedral, Hexagonal, and Tetrahedral Shapes
Thermoluminescent Sodium Chloride
Jars of Sand Representing Electron Flow in a Band
Temperature Dependence on Resistance
Thermal Conductivity of Metals
Glycerine Tube Representing Hole Energies
Counting Photons Using a Solar Cell
Effect of Pressure on the Melting Point of Ice
Fixed Ball and Stick Crystal Models
Octahedral, Hexagonal, and Tetrahedral Shapes
Description: Large models of octahedral, hexagonal, and tetrahedral shapes.
Source: UW Card Catalog
Year: N/A Vol: N/A Page: N/A
Keywords: Models, Octahedral, Hexagonal, Tetrahedral, Wireframe, Molecular Structure
Ratings: 
Hazard: Low
- Model or simulation
Effectiveness: Average
- Indirect conceptualization
- Good connection from demo to course material
- High reliability
- Time to results is low
- No effects are seen by audience
Difficulty: Low
- Simple procedures
- Simple manipulations for most to perform
Safety Precautions:
- Eye protection required
Class: Bonding, Simulations, Molecular Structure, VSEPR
Division: General, Material Science Chemistry/Solid State Chemistry, Inorganic Chemistry