General Chemistry.Cdr

® INTERNATIONAL ACADEMY OF SCIENCE Acellus General Chemistry General Chemistry Course Curriculum

Unit 1 - Introduction to Chemistry Unit 9 - Chemical Equations 1 Why Study Chemistry? 41 Chemical Reactions and Balancing Chemical Equations 2 Characteristics of Matter 42 Types of Chemical Reactions 3 Scientific Method 43 Reactions in Water Unit 2 - Language of Chemistry Unit 10 - The Mole 4 SI Units and Prefixes 44 Moles to Particles 5 SI Unit – Temperature – Conversions 45 Moles to Mass 6 SI Unit – Volume – Derived Unit 46 Mole Ratios of Compounds 7 SI Unit – Density – Derived Unit 47 Percent Composition Calculations 8 Scientific Notation 48 Empirical Formula Calculations 9 Scientific Notation – Addition and Subtraction 49 Molecular Formulas Calculations 10 Scientific Notation – Multiplication and Division Unit 11 - Stoichiometry 11 Dimensional Analysis – Unit Conversion 50 Chemical Reactions and How Much? 12 Data Analysis 51 Stoichiometric Calculations – Mole to Mole 13 Significant Figures and Rounding 52 Stoichiometric Calculations – Mole to Mass or Mass to Mole 14 Significant Figures – Calculations – Addition and Subtraction 53 Stoichiometric Calculations – Mass to Mass 15 Significant Figures – Calculations – Multiplication and Division 54 Stoichiometric Calculations – Percent Yield Unit 3 - Properties and Changes of Matter Unit 12 - Solids, Liquids, and Gases 16 States of Matter and Properties 55 Gases – Kinetic-Molecular Theory, Behavior and Units 17 Physical versus Chemical Changes 56 Gases – Dalton's Law of Partial Pressures 18 Elements versus Compounds 57 Intermolecular Forces Determine State of Matter 19 Types of Mixtures 58 Liquids Unit 4 - The Atom 59 Solids 20 Organization of the Atom Unit 13 - Gas Laws 21 Different Atoms 60 Gases – Boyle's Law 22 Quantum Theory and the Atom 61 Gases – Charles's Law 23 Electronic Configuration 62 Gases – Gay-Lussac's Law Unit 5 - Periodic Table 63 Gases – Combined Gas Law 24 Modern Periodic Table 64 Gases – Ideal Gas Law 25 Electronic Configuration and Periodicity Unit 14 - Mixtures and Solutions 26 Periodic Trends 65 Heterogeneous Mixture Unit 6 - Chemical Bonding – Ions and Metals 66 Homogeneous Mixture 27 Valence Electrons 67 Concentration – Percent by Mass 28 Ionic Bonds and Compounds 68 Concentration – Percent by Volume 29 Properties of Ionic Compounds 69 Concentration – Molarity 30 Formulas of Ionic Compounds 70 Concentraton – Dilution of Molar Solutions 31 Names of Ions and Ionic Compounds 71 Concentration – Molality Unit 7 - Chemical Bonding – Covalent Non-Metals 72 Concentration – Mole Fraction 32 Covalent Bond and Single Covalent Bond 73 Solvation – Ionic and Molecular Compounds 33 Multiple Covalent Bond 74 Solubility 34 Covalent Bond Strength 75 Colligative Properties 35 Names of Binary Molecular Compounds Unit 15 - Acids and Bases 36 Naming Acids 76 Arrhenius Model 37 Lewis Structure – Covalent Compound 77 Bronsted-Lowry Model 38 Lewis Structure – Polyatomic Ions 78 Lewis Model Unit 8 - Molecular Shapes 79 Strength of Acids 39 VSEPR 80 Weak Acid Ionization Constants 40 Electronegativity and Polarity 81 Strength of Bases

82 Weak Base Ionization Constants 89 Acids and Bases – Neutralization Reactions 83 Hydrogen Ions and Ion Product Constant Unit 16 - Organic Chemistry 84 pH and pOH 90 Hydrocarbons – Alkanes 85 pH and H+ Calculations 91 Hydrocarbons – Drawing Structures 86 pOH and OH- Calculations 92 Hydrocarbons – Alkanes – Straight-Chain Alkanes 87 pH and pOH Calculations 93 Hydrocarbons – Alkanes – Branched-Chain Alkanes 88 pH and pOH Strong Acids and Bases