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Textbook for Alberta high school chemistry 20 and 30 courses. Cover and Intro Periodic Table Introduction Table of Contents Unit: Review Chapter 1: Elements and Compounds Chapter 1.1: Introduction: Science and Technology Chapter 1.2: Classifying Matter Chapter 1.3: Classifying Elements Chapter 1.4: Theories and Atomic Theories Chapter 1.5: Classifying Compounds Chapter 1.6: Molecular Elements and Compounds Chapter 1: Summary Chapter 1: Review Chapter 2: Chemical Reactions Chapter 2.1: Science and Technology in Society Chapter 2.2: Changes in Matter Chapter 2.3: Balancing Chemical Reaction Equations Chapter 2.4: Chemical Amount Chapter 2.5: Classifying Chemical Reactions Chapter 2.6: Chemical Reactions in Solution Chapter 2: Summary Chapter 2: Review Unit: Review - Review Unit 1: Chemical Bonding-Explaining the Diversity of Matter Chapter 3: Understanding Chemical Compounds Chapter 3.1: Bonding Theory and Lewis Formulas Chapter 3.2: Explaining Molecular Formulas Chapter 3.3: Molecular Shapes and Dipoles Chapter 3.4: Intermolecular Forces Chapter 3.5: Structures and Physical Properties of Solids Chapter 3 Investigations Chapter 3: Summary Unit 1: Review Unit 2: Gases as a Form of Matter Chapter 4: Gases Chapter 4.1: Empirical Properties of Gases Chapter 4.2: Explaining the Properties of Gases Chapter 4.3: Molar Volume of Gases Chapter 4.4: The Ideal Gas Law Chapter 4 Investigations Chapter 4: Summary Unit 2: Review Unit 3: Solutions, Acids, and Bases Chapter 5: The Nature and Properties of Solutions Chapter 5.1: Solutions and Mixtures Chapter 5.2: Explaining Solutions Chapter 5.3: Solution Concentration Chapter 5.4: Preparation of Solutions Chapter 5.5: Solubility Chapter 5 Investigations Chapter 5: Summary Chapter 5: Review Chapter 6: Acids and Bases Chapter 6.1: Properties of Acids and Bases Chapter 6.2: pH and pOH Calculations Chapter 6.3: Acid-Base Indicators Chapter 6.4: Explaining Acids and Bases Chapter 6.5: The Strength of Acids and Bases Chapter 6 Investigations Chapter 6: Summary Chapter 6: Review Unit 3: Review Unit 4: Quantitative Relationships in Chemical Changes Chapter 7: Stoichiometry Chapter 7.1: Interpreting Chemical Reaction Equations Chapter 7.2: Gravimetric Stoichiometry Chapter 7.3: Gas Stoichiometry Chapter 7.4: Solution Stoichiometry Chapter 7 Investigations Chapter 7: Summary Chapter 7: Review Chapter 8: Chemical Analysis Chapter 8.1: Introduction to Chemical Analysis Chapter 8.2: Gravimetric Analysis Chapter 8.3: Stoichiometry: Limiting and Excess Reagent Calculations Chapter 8.4: Titration Analysis Chapter 8.5: Acid-Base Titration Curves and Indicators Chapter 8 Investigations Chapter 8: Summary Chapter 8: Review Unit 4: Review Unit 5: Organic Chemistry Chapter 9: Hydrocarbons from Petroleum Chapter 9.1: Fossil Fuels Chapter 9.2: Alkanes fron Natural Gas Chapter 9.3: Alkenes and Alkynes-Cracking Natural Gas Chapter 9.4: Aromatics Chapter 9.5: Crude Oil Refining Chapter 9.6: Complete and Incomplete Combustion Reactions Chapter 9 Investigations Chapter 9: Summary Chapter 9: Review Chapter 10: Hydrocarbon Derivatives, Organic Reactions, and Petrochemicals Chapter 10.1: Petrochemicals in Alberta Chapter 10.2: Organic Halides and Addition and Substitution Reactions Chapter 10.3: Alcohols and Elimination Reactions Chapter 10.4: Carboxylic Acids, Esters, and Esterification Reactions Chapter 10.5: Polymerization Reactions-Monomers and Polymers Chapter 10 Investigations Chapter 10: Summary Chapter 10: Review Unit 5: Review Unit 6: Chemical Energy Chapter 11: Enthalpy Change Chapter 11.1: Energy Demands and Sources Chapter 11.2: Calorimetry Chapter 11.3: Communicating Enthalpy Changes Chapter 11.4: Hess' Law Chapter 11.5: Molar Enthalpies of Formation Chapter 11 Investigations Chapter 11: Summary Chapter 11: Review Chapter 12: Explaining Chemical Changes Chapter 12.1: Activation Energy Chapter 12.2: Bond Energy and Reactions Chapter 12.3: Catalysis and Reaction Rates Chapter 12 Investigations Chapter 12: Summary Chapter 12: Review Unit 6: Review Unit 7: Electrochemistry Chapter 13: Redox Reactions Chapter 13.1: Oxidation and Reduction Chapter 13.2: Predicting Redox Reactions Chapter 13.3: Oxidation States Chapter 13.4: Redox Stoichiometry Chapter 13 Investigations Chapter 13: Summary Chapter 13: Review Chapter 14: Electrochemical Cells Chapter 14.1: Technology of Cells and Batteries Chapter 14.2: Voltaic Cells Chapter 14.3: Electrolytic Cells Chapter 14.4: Cell Stoichiometry Chapter 14 Investigations Chapter 14: Summary Chapter 14: Review Unit 7: Review Unit 8: Chemical Equilibrium Focusing on Acid-Base Systems Chapter 15: Equilibrium Systems Chapter 15.1: Explaining Equilibrium Systems Chapter 15.2: Qualitative Change in Equilibrium Systems Chapter 15 Investigations Chapter 15: Summary Chapter 15: Review Chapter 16: Equilibrium in Acid-Base Systems Chapter 16.1: Water Ionization and Acid-Base Strength Chapter 16.2: The Brønsted-Lowry Acid-Base Concept Chapter 16.3: Acid-Base Strength and the Equilibrium Law Chapter 16.4: Interpreting pH Curves Chapter 16 Investigations Chapter 16: Summary Chapter 16: Review Unit 8: Review Chemistry Appendices Appendix A: Numerical Answers to Questions Appendix B: Scientific Problem Solving Appendix C: Technological Problem Solving Appendix D: STS Problem Solving Appendix E: Safety Knowledge and Skills Appendix F: Communication Skills Appendix G: Review of Chemistry 20 Appendix H: Diploma Exam Preparation Appendix I: Data Tables Appendix J: Common Chemicals Glossary, Index, and Credits Glossary Index Credits Data Tables and Back Cover Nelson Chemistry Alberta 20-30 is a new, comprehensive resource custom-developed to fully support the new Alberta Program of Studies for Chemistry 20-30. Key Visually engaging to pique student curiosity Develops essential laboratory skills and processes Thousands of practice, summary, and review questions Thoroughly equips students with the independent-learning, problem-solving, and research skills that are essential to succeed 100% match to the Chemistry Program of Studies Incorporates leading edge technology and online tools