This active outline is under construction as an extra support structure for the course topics. See the Syllabus for a detailed description of the course.
Week 1 | |
Week 2 |
Day 1 Jan 7
Laboratory Safety Density Egg experiment |
Day 2 Jan 9
Law of definite proportions Conservation of mass Main group elements
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Day 3 Jan 14
Atoms Quantum numbers Periodic table
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Day 4 Jan 16
Electron configurations Relationship to PT |
Week 3 | |
Week 4 |
Day 5 Jan 21
Holiday |
Day 6 Jan 23
Radioactivity Radioactivity used for dating |
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Day 7 Jan 28
Naming compounds including minerals Periodic table |
Day 8 Jan 30
Bonding Molecular structures |
Week 5 | |
Week 6 |
Day 9 Feb 4
Molecules in space |
Day 10 Feb 6
Freezing point depression Solubility |
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Day 11 Feb 11
Mole concept |
Day 12 Feb 13
Moles-equations |
Week 7 | |
Week 8 |
Day 13 Feb 18
Reactions |
Day 14 Feb 20
Acids/bases |
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Day 15 Feb 25
Minerals review Soil and weathering of rocks |
Day 16Feb 27
Oxidation of Fe in minerals Acid rain, weathering of limestone |
Week 9 | |
Week 10 |
Day 17 Mar 11
More about soil |
Day 18 Mar 13
Topographic maps Hydrologic cycle |
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Day 19 Mar 18
Rivers |
Day 20 Mar 20
Rivers and landforms |
Week 11 | |
Week 12 |
Day 21 Mar 26
Sedimentary rocks |
Day 22 Mar 27
Sedimentary rocks |
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Day 23 Apr 1
Igneous rocks |
Day 24 Apr 3
Igneous rocks |
Week 13 | |
Week 14 |
Day 25Apr 8
Metamorphic rocks |
Day 26Apr 10
Rock cycle |
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Day 27Apr 15
Biological reactions Enzymes |
Day 28 Apr 17
Organic compounds |
Week 15 | |
Week 16 |
Day 29Apr 22
Food |
Day 30 Apr 24
Polymers |
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Day 31Apr 29
Wrap up |
Day 32 |