CHAPTER 3 > ACTIVITIES > INVESTIGATIONS
List of Investigations | |||
| | |||
1 | |||
2 | Resistive thermometer | ||
3 | Air thermometer and the Kelvin temperature scale | ||
4 | Power of a thermoelectric generator | ||
5 | Entropy production (in electric heating) | ||
6 | Heating water in well insulated container | ||
7 | Heating glycol in well insulated container | ||
8 | Cooling hot water in thin-walled aluminum container | ||
9 | Cold water in drinking bottle, sitting in warm room | ||
10 | Dynamics of thermometers | ||
11 | Two bodies in thermal contact: side-by side and concentric | ||
12 | Copper cylinder in hot water | ||
13 | Cooling water in thick-walled PVC container | ||
14 | Conduction in copper rod | ||
15 | Freezing water and melting ice | ||
16 | Liquid wax cooling in water bath | ||
17 | Vaporization of water | ||
18 | Operating a Peltier device in air | ||
19 | Peltier generator | ||
20 | Cooling (and heating) with a Peltier device | ||
21 | Compressing air | ||
22 | Rüchardt's experiment and heat transfer (> Chapter 6) | ||
23 | Bubble rising in liquid (> Chapter 6) | ||
24 | Propagation of sound (> Chapter 5) | ||
25 | Stirling engines | ||
26 | Air and heat escaping from a room | ||
27 | Fast decompression of a leaky air container | ||
28 | Vaporization of water and cooling with mass transfer | ||
29 | Cooling cold water by evaporation | ||
30 | Flow and mixing of cold and hot water | ||
31 | Hot water cooling in polished and black beer cans | ||
32 | Dynamics of an incandescent light bulb |