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Introductory Chemistry Online
CHAPTER
1: Measurements and Atomic Structure 1.1 Why Study
Chemistry? 1.2 Organization
of the Elements: The Periodic
Table 1.3 Scientific
Notation 1.4 SI and
Metric Units 1.5 Unit
Conversion with the Metric System 1.6 Significant
Figures 1.7 Atomic Structure and Electron Configuration 1.8 Filling Orbitals with Electrons CHAPTER 2: The Physical and Chemical Properties of Matter 2.1 Pure
Substances and Mixtures 2.2 The States
of Matter 2.3 Density,
Proportion and Dimensional Analysis 2.4 Chemical
& Physical Properties and Changes 2.5 Conservation
of Mass CHAPTER 3: Chemical Bonding and Nomenclature 3.1 Compounds,
Lewis Diagrams & Ionic Bonds 3.2 Covalent
Bonding 3.3 Lewis
Representation of Ionic Compounds 3.4 Identifying
Molecular and Ionic Compounds 3.5 Polyatomic
Ions 3.6 Resonance 3.7 Electronegativity
and the Polar Covalent Bond 3.8 Exceptions
to the Octet Rule 3.9 Common
Valence States & Ionic Compounds 3.10 Nomenclature of Ionic
Compounds CHAPTER 4: The Mole and Measurement in Chemistry 4.1 Measurement
and Scale; the Mole Concept 4.2 Molar Mass 4.3 Mole-Mass
Conversions 4.4 Percentage
Composition 4.5 Empirical
and Molecular Formulas CHAPTER 5: Chemical Reactions 5.1 Chemical
Changes & Chemical Reactions 5.2 Chemical
Equations 5.3 Balancing
Chemical Equations 5.4 Classifying
Chemical Reactions 5.5 Oxidation
& Reduction Reactions 5.6 Predicting
Products from Chemical Reactions 5.7 Predicting
Solubility Trends 5.8 The
Energetics of Chemical Reactions CHAPTER 6: Quantitative Relationships in Chemistry 6.1 An
Introduction to Stoichiometry 6.2 Molar
Stoichiometry in Chemical Equations 6.3 Mass
Calculations 6.4 Percentage
Yield 6.5 Limiting
Reactants CHAPTER 7: Aqueous Solutions 7.1 Hydrogen
Bonding and the Properties of Water 7.2 Molecular
Dipoles 7.3 Dissolution
of Ionic Compounds 7.4 Concentration
and Molarity 7.5 Solution
Stoichiometry 7.6 Dilution
of Concentrated Solutions CHAPTER 8: Acids, Bases and pH 8.1 Hydrogen
Bonding 8.2 Ionization
of Acids in Solution 8.3 Conjugate
Acid-Base Pairs 8.4 Acids-Bases
Reactions: Neutralization 8.5 The
Meaning of Neutrality: The
Autoprotolysis of Water 8.6 pH
Calculations 8.7 Titrations: Neutralization and Stoichiometry CHAPTER 9: The Gaseous State 9.1 Gasses and
Atmospheric Pressure 9.2 The
Pressure-Volume Relationship:
Boyle’s Law 9.3 The
Temperature-Volume Relationship: Charles’s
Law 9.4 The
Mole-Volume Relationship:
Avogadro’s Law 9.5 The Ideal
Gas Law 9.6 Combining
Stoichiometry and the Ideal Gas Laws CHAPTER 10: Principles of Chemical Equilibrium 10.1 The Concept of
Equilibrium Reactions 10.2 The Equilibrium Constant 10.3 Calculating
Equilibrium Values 10.4 Using Molarity in
Equilibrium Calculations 10.5 Equilibria involving
Acids and Bases 10.6 The pH of Weak Acid
Solutions 10.7 Solubility Equilibria CHAPTER 11: Nuclear Chemistry 11.1 Radioactivity 11.2 The Nuclear Equation 11.3 Beta Particle
Emission 11.4 Positron Emission 11.5 Radioactive Half-Life 11.6 Atomic Fission and Fusion Reactions |
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