Description
Over 70 investigations covering a full year of chemistry topics. Can be used in conjunction with the Essential Chemistry curriculum or as a supplemental lab manual.
The full list of investigations:
Lab # | Lab Name | Standard bundle | No Probeware | |
1 | 1A | Experimental Variables | ● | |
2 | 1B | Investigating the Temperature scale | ● | |
3 | 2A | Density of a Solid | ● | |
4 | 2B | Density of a Liquid | ● | |
5 | 3A | Chemical Formula | ● | |
6 | 3B | Pure Substances and mixtures | ● | |
7 | 3C | Physical or Chemical Change | ● | |
8 | 4A | Temperature and Thermal Energy | ● | |
9 | 4B | Specific Heat | ● | |
10 | 4C | Energy from Food | ● | |
11 | 4D | Heat of Fusion | ● | |
12 | 4E | Project: Design an Insulator | ● | |
13 | 4F | Research Presentation: Insulators in the Home | ● | |
14 | 5A | Patterns and trends | ● | |
15 | 5B | Naming ionic Compounds | ● | |
16 | 5C | Store labels and models | ● | |
17 | 6A | Counting by weighing | ● | |
18 | 6B | Molar Mass | ● | |
19 | 6C | Percent composition of a hydrate | ● | |
20 | 6D | Empirical Formula of Magnesium oxide | ● | |
21 | 7A | Balancing Chemical Equations | ● | |
22 | 7B | Chemical Reactions | ● | |
23 | 7C | Solubility Rules | ● | |
24 | 8A | Conservation of Mass | ● | |
25 | 8B | Percent Yield | ● | |
26 | 8C | Modeling limiting reactants | ● | |
27 | 8D | Determining Limiting reactants | ● | |
28 | 8E | Project: Design an Airbag | ● | |
29 | 8F | Research Enhancement: Airbags and Consmers | ● | |
30 | 9A | Isotopic Composition | ● | |
31 | 9B | What is a wave | ● | |
32 | 9C | Light energy | ● | |
33 | 9D | Flame tests | ● | |
34 | 1A | Types of Bonding | ● | |
35 | 1B | Lewis structures and VSEPR | ● | |
36 | 1C | Surface tension | ● | |
37 | 11A | Evaporative Cooling | ● | |
38 | 11B | State Changes | ● | |
39 | 11C | Hess’s Law | ● | |
40 | 12A | Volume of a Gas (was Expansion) | ● | |
41 | 12B | Boyle’s law | ● | |
42 | 12C | Charles’ Law | ● | |
43 | 13A | Electrolytes | ● | |
44 | 13B | Solution concentration | ● | |
45 | 13C | Colored solutions | ● | |
46 | 13D | Project: Design a purification process | ● | |
47 | 13E | Research Enhancement: Water Purification | ● | |
48 | 14A | Optimum conditions | ● | |
49 | 14B | Catalysts | ● | |
50 | 15A | Reaction Equilibrium | ● | |
51 | 15B | LeChatelier’s principle | ● | |
52 | 16A | What is pH? | ● | |
53 | 16B | Titration of an unknown acid | ● | |
54 | 16C | Antacids: An Inquiry Study | ● | |
55 | 17A | Vitamin C titration | ● | |
56 | 18A | Electrochemical cells | ● | |
57 | 18B | Electroplating | ● | |
58 | 18C | Lemon Battery | ● | |
59 | 18D | Project: Design a galvanic cell | ● | |
60 | 18E | Research Enhancement: Galvanic | ● | |
61 | 19A | Half-Lives | ● | |
62 | 2A | Bonding and Organic Chemistry | ● | |
63 | 2B | Distilling Aromatic Compounds | ● | |
64 | 2C | Fragrant esters | ● | |
65 | 21A | Polymers | ● | |
66 | 21B | Amino Acid to Protein | ● | |
67 | 22A | Chlorophyll extraction | ● | |
68 | 22B | Respiration and Energy | ● | |
69 | 23A | Greenhouse gases | ● | |
70 | 23B | The Water Cycle | ● | |
71 | 23C | Ocean currents | ● | |
72 | 23D | Ocean acidification | ● | |
73 | 24A | Spectroscopy | ● |