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Download Advance Chemistry Outline First Semester Unit 1 (10 days) – Getting
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Advance Chemistry Outline First Semester Unit 1 (10 days) – Getting Started Guidelines Safety Science Fair Criteria Formula Writing/Nomenclature Ionics Binary Molecular Acids Introduction to Graphing Paper Calculator Lab – Density of a Liquid (Graphical Analysis) Unit 2 (8 days) – Math and Measurements Significant figures Scientific Notation Metric Units Density Temperature Conversions Dimensional Analysis Lab – Celsius to Fahrenhiet (ASIM) Unit 3 (8 days) Matter and Energy Classifying Matter Properties and Change Energy/Specific Heat Lab – Endothermic / Exothermic Reactions (ASIM) Lab – Energy Content of Foods (ASIM) Unit 4 (10 days) Atomic Structure Atomic History and experiments Isotopes Average Atomic Mass Quantum mechanical model Orbital Notation Electron Configuration (periodic table Lewis Dot notation for Atoms Quantum Numbers (values and assigning) Predicting oxidation states Exceptions to electron configuration Dry Lab – Dry Erase Periodic Table Activity (ASIM) Lab – Flame Test (ASIM) Unit 5 (8 days) Periodic Properties Atomic Radii Ionic Radii First ionization energy Second ionization energy Electron Affinity Lab – Periodic Trends: Graphs and Straws (ASIM) Lab – Chemicool People (ASIM) Unit 6 (8 days) Nomenclature/Formula Writing Review: Ionic, Binary molecular, Acids Organics (alkanes, alkenes, alkynes, alcohols) Lab – Esterfication (ASIM) Unit 7 (10 days) Moles and Composition Stoichiometry Moles Mole calculations with mole map Percent composition Empirical formula Molecular formulas Combustion analysis Molarity Lab – Standardization of NaOH (ASIM) Unit 8 (12 days) Equations and Stoichiometry Balancing equations Types of reaction (including special cases) Stoichiometry Mass-mass, mass-vol, vol-vol Percent yield Limiting reactancts Lab – Chemical Reactions (LTF) Lab – Aspirin Synthesis (ASIM) Lab – Using Stoichiometry to Identify a Reaction Second Semester Unit 9 (12 days) Bonding and Molecular Geometry Ionic and covalent bonding Lewis structures for molecules Exceptions to the octet rule Molecular geometry Bond angles Resonance Hybrid orbitals Sigma and Pi bonds Polarity Intermolecular forces [Complex ions] Lab – Molecular Shapes and Polarity (ASIM) Lab – Evaporation and Intermolecular forces (ASIM) Unit 10 (12 days) Gas Laws Kinetic theory Boyles, Charles, Gay-Lussac’s Laws Dalton’s Law of Partial Pressures Graham’s Law Ideal Gas Law Gas Density and molecular mass Lab – Boyle’s Law (ASIM) Lab – Graham’s Law (ASIM) Lab – Determination of Molar mass by vapor density (ASIM) Unit 11 (6 days) Liquids and Solids Phase diagrams Change of state calculations Lab – Mixing of warm and cold water (ASIM) Lab – Hess’s Law (ASIM) Lab – Specific heat of metals (ASIM) Unit 12 (12 days) Solutions Dissolving process Precipitation Reactions Net Ionic equations Concentrations Colligative properties Molar mass determination by freezing point depression Lab – Color of Chemistry (ASIM) Lab – Identification of Solution (ASIM) Unit 13 (10 days) Kinetic and Equilibrium Rates of Reaction Determining Rate Laws from data Graphical determination of reaction orders Mechanisms Equilibrium concepts Calculating Kc and Kp Le Chatlier’s Principle RICE tables Lab – Crystal Violet (ASIM) Lab – Ka Determination Lab – Le Chatlier’s Principle Unit 14 (10 days) Acid/Base Equilibrium Acid/Base definitions Calculation of pH Ka and Weak acid calculations Titrations Hydrolysis Lab – 39 Drops (ASIM) Lab – Phosphoric acid content in colas (ASIM) Lab – Strong Acid/Strong Base Titration Unit 15 (5 days) Introduction to Electrochemistry Assigning oxidation numberas Balancing redox equations in acidic and basic solutions Dry Lab – Balancing redox Reactions Unit 16 (5 days) Nuclear Chemistry Fission and fusion Nuclear decay Half lives Unit 17 (5 days) Thermodynamics Enthalpy Entropy Gibb’s Free Energy
