Table of Contents (Corwin 5th
Edition) |
Module One 1. Introduction to Chemistry. (Exam#1) 1.1 Evolution of Chemistry.
1.2. Modern Chemistry. 1.3 Learning Chemistry. Summary. Key Concepts. Key
Terms. Exercises. 4. Matter and Energy. (Exam #1) 4.1. Physical States of
Matter. 4.2. Elements, Compounds, and Mixtures. 4.3. Names and Symbols of the
Elements. 4.4. Metals, Nonmetals, and Semimetals. 4.5. Compounds and Chemical
Formulas. 4.6. Physical and Chemical Properties. 4.7. Physical and Chemical
Changes. 4.8. Conservation of Module Two 2.1. Uncertainty in
Measurements. 2.2. Significant Digits. 2.3. Rounding Off Nonsignificant
Digits. 2.4. Adding and Subtracting Measurements. 2.5. Multiplying and
Dividing Measurements. 2.6. Exponential Numbers. 2.7. Scientific Notation.
2.8. Unit Equations and Unit Factors. 2.9. Unit Analysis Problem Solving.
2.10. The Percent Concept. Summary. Problem Solving Organizer. Key Concepts.
Key Terms. Exercises. 3. The Metric System. (Exam #1) 3.1. Basic Units and
Symbols. 3.2. Metric Conversion Factors. 3.3. Metric-Metric Conversions. 3.4.
Metric-English Conversions. 3.5. Volume by Calculation. 3.6. Volume by
Displacement. 3.7. The Density Concept. 3.8. Temperature. 3.9. Heat and
Specific Heat. Summary. Problem Solving Organizer. Key Concepts. Key Terms.
Exercises. Cumulative Review: Chapters 1-3. Module Three 5.1. 6. The Periodic Table. (Exam #2) 6.1. Classification of
Elements. 6.2. The Periodic Law Concept. 6.3. Groups and Periods of Elements.
6.4. Periodic Trends. 6.5. Properties of Elements. 6.6. Blocks of Elements.
6.7. Valence Electrons. 6.8. Electron Dot Formulas. 6.9. Ionization Energy.
6.10. Ionic Charges. Summary. Key Concepts. Key Terms. Exercises. Cumulative
Review: Chapters 4-6. Module Four 12. Chemical Bonding. (Exam #2) 12.1. The Chemical Bond
Concept. 12.2. Ionic Bonds. 12.3. Covalent Bonds. 12.4. Electron Dot Formulas
of Molecules. 12.5. Electron Dot Formulas of Polyatomic Ions. 12.6. Polar
Covalent Bonds. 12.7. Nonpolar Covalent Bonds.
12.8. Coordinate Covalent Bonds. 12.9. Hydrogen Bonds, 12.10 Shapes of
Molecules. Summary. Key Concepts. Key Terms. Exercises.
7.1. Classification of
Compounds. 7.2. Monoatomic Ions. 7.3. Polyatomic
Ions. 7.4. Writing Chemical Formulas. 7.5. Binary Ionic Compounds. 7.6.
Ternary Ionic Compounds. 7.7. Binary Molecular Compounds. 7.8. Binary Acids.
7.9. Ternary Oxyacids. Summary. Nomenclature
Organizer. Key Concepts. Key Terms. Exercises. 8. Chemical Reactions. (Exam #3) 8.1. Evidence for Chemical
Reactions. 8.2. Writing Chemical Equations. 8.3. Balancing Chemical
Equations. 8.4. Classifying Chemical Reactions. 8.5. Combination Reactions.
8.6. Decomposition Reactions. 8.7. The Activity Series Concept. 8.8
Single-Replacement Reactions. 8.9. Solubility Rules. 8.10 Double-Replacement
Reactions. 8.11. Neutralization Reactions. Summary. Key Concepts. Key Terms.
Exercises. Cumulative Review: Chapters 7-8. 9.1. Avogadro's Number.
9.2.
10.1. Interpreting a
Chemical Equation. 10.2. Mole-Mole Relationships. 10.3. Types of Stoichiometry Problems. 10.4. Mass-Mass Problems. 10.5.
Mass-Volume Problems. 10.6. Volume-Volume Problems. 10.7. The Limiting
Reactant Concept. 10.8. Limiting Reactant Problems. 10.9. Percent Yield Module Six 11.1. Properties of Gases.
11.2. Atmospheric Pressure. 11.3. Variables Affecting Gas Pressure. 11.4.
Boyle's Law. 11.5. Charles' Law. 11.6. Gay-Lussac's
Law. 11.7. Combined Gas Law. 11.8. The Vapor Pressure Concept. 11.9. Module Eight 13.1. Properties of
Liquids. 13.2. The Intermolecular Bond Concept. 13.3. Vapor Pressure, Boiling
Point, Viscosity, Surface Tension. 13.4. Properties of Solids.
14.1. Gases in Solution.
14.2. Liquids in Solution. 14.3. Solids in Solution. 14.4. The Dissolving
Process. 14.5. Rate of Dissolving. 14.6. Solubility and Temperature. 14.7.
Unsaturated, Saturated, and Supersaturated Solutions. 14.8. Mass Percent
Concentration. 14.9. Molar Concentration. 14.10 Dilution of a Solution.
14.11. Solution Stoichiometry. Summary. Problem
Solving Organizer. Key Concepts. Key Terms. Exercises. Cumulative Review:
Chapters 12-14.
15.1. Properties of Acids
and Bases. 15.2. Arrhenius Acids and Bases. 15.3. Bronsted-Lowry Acids and Bases. 15.4. Acid-Base
Indicators. 15.5. Acid-Base Titrations. 15.6. Acid-Base Standardization.
15.7. Ionization of Water. 15.8. The pH Concept. Module 8 and 14
Modules Nine
& Ten 16.1. Collision Theory.
16.2. Energy Profiles of Chemical Reactions. 16.3. The Chemical Equilibrium
Concept. 16.4. General Equilibrium Constant, Keq.
16.5. Gaseous State Equilibria Shifts. 16.6.
Ionization Equilibrium Constant, Ki. 16.7. Weak
Acid-Base Equilibria Shifts. 16.8. Module Fifteen 18.1. Natural Radioactivity.
18.2. Nuclear Equations. 18.3. Radioactive Decay Series. 18.4. Radioactive
Half-Life. 18.5. Radionuclide Applications. 18.6. Artificial Radioactivity.
18.7. Nuclear Fission. 18.8. Nuclear Fusion. Summary. Key Concepts. Key
Terms. Exercises. Module Sixteen 19.1. Hydrocarbons. 19.2. Alkanes. 19.3. Alkenes and Alkynes. 19.4. Arenes. 19.5. Hydrocarbon Derivatives. 19.6. Organic
Halides. 19.7. Alcohols, Phenols, and Ethers. 19.8. Amines. 19.9. Aldehydes and Ketones. 19.10
Carboxylic Acids, Esters, and Amides. Summary. Key Concepts. Key Terms.
Exercises. Module Seventeen 20.1. Biological Compounds.
20.2. Proteins. 20.3. Enzymes. 20.4. Carbohydrates. 20.5. Lipids. 20.6.
Nucleic Acids. Summary. Key Concepts. Key Terms. Exercises.
A. The Scientific
Calculator. B. Weights and Measures. C. Physical Constants. D. Activity
Series of Metals. E. Solubility Rules for Ionic Compounds. F. Vapor Pressure
of Water. G. Properties of Water. H. Answers to Key Concept Exercises. I.
Answers to Key Term Exercises. J. Answers to Odd-Numbered Exercises.
Glossary. Photo Credits. Index. |