Remediation
1.1 - States of Matter
1.2 - Physical and Chemical Changes/Properties & Law of Conservation of Mass
1.3 - Mixtures, Elements, Compounds & Separation Techniques
2.1 - Atomic Models (Democritus, Dalton, Thomson, Rutherford, Bohr, Quantum)
2.3 - Quantum (Electron Configurations, Noble Gas Notation, Orbital Diagrams)
3.1 - Periodic Table Organization & Properties
3.2 - Periodic Table Trends
4.1 - Ions & Valence & Charge Trends & Polyatomic Ions
4.2 - Ionic Formula Writing & Naming
4.3 - Covalent Naming/Formula Writing
4.4 - Lewis Diagrams & VSEPR Geometries
5.1 - Law of Conservation & Balancing Equations
5.2 - Types of Chemical Reactions
5.3 - Predicting the Products of Reactions
6.1 - Measurements & Significant Figures
7.2 - Stoichiometry
7.3 - Limiting Reactants & Percent Yield
8.1 - Combined Gas Law
8.2 - Ideal Gas Law
8.3 - Gas Stoichiometry
9.1 - Solutions
9.2 - Factors Affecting Solvation
9.3 - Saturation Curves
9.4 - Colligative Properties
10.1 - Heating Curves, Phase Diagrams, Endothermic/Exothermic Processes
10.2 - Calorimetry, Specific Heat, & Latent Heat
11.1 - Nuclear Reactions
11.2 - Nuclear Half-Life
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