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OVERVIEW Link Rot PRINCIPAL TOPICS Element/compound/mixture Homogeneous/heterogeneous mixtures Atomic theories (historical) Structure of the atom Light, Spectra and the Electron Emission and absorption Quantum mechanics for chemistry Wave function and properties Quantum Numbers and Orbitals Electron configuration Valence electrons Trends in the table Atomic size Density Ionization Energy Ionization Energy - Transition Elements Electron affinity Electronegativity History Periods Representative; Transition; Rare Earth Elements Metals; Semi-metals; Non-metals Groups (Families); Labels Family properties Noble Gases Halogens Alkali Metals Alkaline Earth Metals Making Predictions CONTENT INTEGRATION Science Rutherford scattering Coulomb's law Lasers Magnetism Semiconductors Aurora borealis The Standard Model Math Interpolation and Extrapolation ACTIVITIES Home Labs Element collection Graphing Calculator Probes APPLICATIONS Practical Industrial Environmental HISTORICAL Important Scientists Dmitri Mendeleev Henry Moseley Glenn Seaborg Linus Pauling PEDAGOGY INQUIRY Multiple table representations DESCRIPTIVE Element Properties Element Poster Colors of transition compounds SAFETY CULTURE Alkali metals Toxicity MISCONCEPTIONS Periodic table describes MORE than just an increase in size The Bohr model DEMONSTRATIONS EXPERIMENTS CONTENT INTEGRATION MATHEMATICS INTEGRATION GRAPHING CALCULATORS PROBE EXPERIMENTS SIMULATIONS SPECIAL EMPHASIS RESOURCES
