4A-Thermal Properties of Matter |
| 10. |
Thermometry |
|
4A10.10 Various Thermometers |
| 30. |
Solid Expansion |
|
4A30.10 Bimetalic Strip |
|
4A30.11 Thermostat Model |
|
4A30.20 Balls and Ring |
|
4A30.22 Ball and Plate |
|
4A30.40 Hopping Discs |
|
4A30.60 Sagging Wire |
| 40. |
Properties of Materials at Low Temperature |
|
4A40.10 Lead Bell |
|
4A40.15 Solder Spring |
|
4A40.30 Smash a Rubber Hose |
4B-Heat and the First Law |
| 10. |
Heat Capacity and Specific Heat |
|
4B10.20 Mixing Water |
|
4B10.26 Calorimeter |
|
4B10.50 Peanut Combustion |
|
4B10.70 Ruchardt's Tube |
| 30. |
Conduction |
|
4B30.10 Conduction -- Dropping Balls |
| 40. |
Radiation |
|
4B40.10 Light the Match |
| 50. |
Heat Transfer Applications |
|
4B50.20 Boil Water in a Paper Cup |
|
4B50.25 Water Balloon Heat Capacity |
|
4B50.30 Leidenfrost Phenomenon |
| 60. |
Mechanical Equivalent of Heat |
|
4B60.11 Lead Shot in a Tube |
| 70. |
Adiabatic Processes |
|
4B70.10 Fire Syringe |
4C. Change of State |
| 10. |
PVT Surfaces |
|
4C10.10 PVT Surfaces |
| 20. |
Phase Changes -- Liquid to Solid |
|
4C20.60 Heat of Crystallization |
| 30. |
Phase Changes -- Liquid to Gas |
|
4C30.10 Boiling by Cooling |
|
4C30.35 Liquid Nitrogen in a Container |
| 31. |
Cooling by Evaporation |
|
4C31.30 Drinking Bird |
| 33. |
Vapor Pressure |
|
4C33.50 Pulse Glass |
4D-Kinetic Theory
|
| 10. |
Brownian Motion |
|
4D10.10 Brownianscope |
4E-Gas Law
|
| 10. |
Constant Pressure |
|
4E10.20 Balloons in Liquid Nitrogen |
| 20. |
Constant Temperature |
|
4E20.20 Boyle's Law Apparatus |
|
4E20.40 Balloon in a Vacuum |
| 30. |
Constant Volume |
|
4E30.10 Constant Volume Bulb |
4F-Entropy and the Second Law |
| 30. |
Heat Cycles |
|
4F30.10 Stirling Engine |
|
4F30.50 Engine Models |
