GeneralDynamic Periodic Table: An interactive periodic table that lets you highlight specific elements, families, isotopes, electron orbitals, etc.
MSDS Reports: A free web source for looking up MSDS information on chemical substances.
Unit 1 & 2Classification of Matter
Size Exclusion Chromatography (SEC)
High Performance Liquid Chromatography (HPLC)
Gas Chromatography
Thin Layer / Paper Chromatography
Interactive Activity: Building Atoms
Nuclear Stability
Large Hadron Collider (Geneva, Switzerland)
Nomenclature Rules
Nomenclature Quiz
Unit 3 & 4
Dissolution Simulation
Unit 5 - Electrochemistry
Galvanic (Voltaic) Cell
Unit 6 - Gases
Kinetic Molecular Theory
Unit 6
Thomson's Cathode Ray Experiment
Rutherford's Gold-Foil Experiment
Alpha Particles: Close-Up
Bohr's Atomic Spectra Experiment
Orbital Shapes
Atomic Orbital Overlap Animation
Dual Slit Experiment
Light/Electron Duality: How a light wave can behave like a "packet" of energy (particle)
Uncertainty Principle: Location is precise w/o momentum, but as momentum is observed over time, location becomes less precise.
Photoelectric Effect
Photoelectron Spectroscopy
Binding Energies of Common Elements
Common Work Functions
Electron Configurations (Scroll to View)
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Unit 10
Molecular Orbital Theory (Paramagnetism)
VSEPR Simulation (Molecular Geometry)
VSEPR Summary
To Be Filed Later...Oxidation State Trend Table: Remember, these are general guidelines for non-metals, some of which can take on positive charges. Reference your periodic table when in doubt.
Nuclear Decay: Animations showing the process of alpha decay, beta decay, and gamma decay (start video at 2:50). Also, how nuclear energy is obtained from forced nuclear fission chain reactions in a nuclear reactor.
Nuclear Energy: A guided tour of how a nuclear power plant uses the energy released from the fission of uranium to produce electrical energy.
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