Nelson Chemistry 12Table of Contents/Curriculum Map Unit 1: Organic Chemistry Are You Ready? Chapter 1: Organic Compounds 1.1 1.2 1.3 1.4 Functional Groups Hydrocarbons Reactions of Hydrocarbons Organic Halides Explore an Issue: Can We Afford Air Conditioning? 1.5 Alcohols and Ethers 1.6 Aldehydes and Ketones 1.7 Carboxylic Acids and Esters 1.8 Amines and Amides 1.9 Synthesizing Organic Compounds Chapter 1 Lab Activities Lab Exercise 1.3.1: Preparation of Ethyne Investigation 1.5.1: Comparison of Three Isomers of Butanol Investigation 1.5.2: Trends in Properties of Alcohols Investigation 1.7.1: Properties of Carboxylic Acids Activity 1.7.2: Synthesis of Esters Activity 1.9.1: Building Molecular Models to Illustrate Reactions Activity 1.9.3: Preparation of an Ester—Aspirin Chapter 1 Summary Chapter 1 SelfQuiz Chapter 1 Review Chapter 2: Polymers: Plastics, Nylons, and Food 2.1 2.2 2.3 2.4 Synthetic Addition Polymers Synthetic Condensation Polymers Case Study: An Eyeful of Polymers: Contact Lenses Proteins: Natural Polyamides Explore an Issue: Will that be ‘Regular’ or ‘Diet’? 2.5 Starch and Cellulose: Polymers of Sugars 2.6 Nucleic Acids 2.7 Fats and Oils Careers in Chemistry Chapter 2 Lab Activities Investigation 2.1.1: Identification of Plastics Activity 2.1.2: Making Guar Gum Slime Investigation 2.2.1: Preparation of Polyester—a Condensation Polymer Activity 2.7.1: Making Soap Chapter 2 Summary Chapter 2 SelfQuiz Chapter 2 Review Unit 1 Performance Task: Chemistry in a Bath Tub Unit 1 SelfQuiz Unit 1 Review . 1 Lewis Theory of Bonding 4.5.4 Polar Molecules 4.1: Shapes of Molecules Investigation 4.5.4.4.6 Atomic Structure and the Periodic Table 3.2: Simulation of Electron Orbitals Chapter 3 Summary Chapter 3 SelfQuiz Chapter 3 Review Chapter 4: Chemical Bonding 4.1: Classifying Mystery Solids Chapter 4 Summary Chapter 4 SelfQuiz Chapter 4 Review Unit 2 Performance Task: A Study of an Element Unit 2 SelfQuiz Unit 2 Review .2: The Hydrogen Line Spectrum and the Bohr Theory Investigation 3.5 Quantum Numbers 3.3.1 Early History of Atomic Theories 3.3 VSEPR Theory Explore an Issue: Linus Pauling and the Vitamin C Controversy 4.1: Quantitative Paramagnetism Activity 3.1: Testing for Polar Molecules Lab Exercise 4.6 The Structure and Properties of Solids Careers in Chemistry Chapter 4 Lab Activities Activity 4.1: Rutherford’s Gold Foil Experiment Activity 3.4.1: Hot Solids Investigation 3.4 The Bohr Atomic Theory 3.3.1: Modeling Standing Electron Waves Activity 3.2 Case Study: A Canadian Nuclear Scientist 3.3 Origins of Quantum Theory 3.1.7.8 Applications of Quantum Mechanics Careers in Chemistry Chapter 3 Lab Activities Investigation 3.2 The Nature of the Chemical Bond Case Study: The Strange Case of Benzene 4.1: Paramagnetism Lab Exercise 3.3.1: Boiling Points and Intermolecular Forces Investigation 4.Unit 2: Structure and Properties Are You Ready? Chapter 3: Atomic Theories 3.6.1: The Nature of Cathode Rays Activity 3.1: Hydrogen Bonding Investigatin 4.5 Intermolecular Forces 4.6.7 Wave Mechanics and Orbitals 3.1: Line Spectra Activity 3.1.1: The Photoelectric Effect Activity 3.7.5. 1.3 Representing Enthalpy Changes 5.2.6 The Energy Debate Explore an Issue: Energy Options Chapter 5 Lab Activities Investigation 5.1: Medical Cold Packs Investigation 5.1: Molar Enthalpy of a Chemical Investigation 5.4.1.5.5 Explaining and Applying Chemical Kinetics Explore an Issue: Food Preservation Careers in Chemistry Chapter 6 Lab Activities Lab Exercise 6.1: The Sulfur Clock Activity 6.4 Hess’s Law of Additivity of Reaction Enthalpies 5.1 Changes in Matter and Energy 5.1: Combustion of Alcohols Investigation 5.1: The Iodine Clock Reaction Lab Exercise 6.1: Testing Enthalpies of Formation Chapter 5 Summary Chapter 5 SelfQuiz Chapter 5 Review Chapter 6: Chemical Kinetics 6.1: Chemical Kinetics and Factors Affecting Rate Investigation 6.1: Hess’s Law Lab Exercise 5.4.2.3 Rate Laws and Order of Reaction 6.1: Catalysts in Industry and Biochemical Systems Chapter 6 Summary Chapter 6 SelfQuiz Chapter 6 Review Unit 3 Performance Task: Energy and Rates Analysis of Chemical Reactions Unit 3 SelfQuiz Unit 3 Review .2 Molar Enthalpies 5.1: Determining a Rate of Reaction Investigation 6.5 Standard Enthalpies of Formation 5.2 Factors Affecting Reaction Rate 6.3.1 Rate of Reaction 6.5.4 Collision Theory and Rate of Reaction 6.Unit 3: Energy Changes and Rates of Reaction Are You Ready? Chapter 5: Thermochemistry 5.3. 5 Quantitative Changes in Equilibrium Systems 7.3 Qualitative Changes in Equilibrium Systems 7.3.Unit 4: Chemical Systems and Equilibrium Are You Ready? Chapter 7: Chemical Systems in Equilibrium 7.1 Dynamic Equilibrium in Chemical Systems 7.5 Buffers Case Study: The Science of Acid Deposition Explore an Issue: Acting to Reduce the Effects Careers in Chemistry Chapter 8 Lab Activities Activity 8.2.7 Energy and Equilibrium: The Laws of Thermodynamics Explore an Issue: Can We Do Anything About Pollution? Chapter 7 Lab Activities Investigation 7.1 The Nature of Acid–Base Equilibria 8.1: The pH of Salt Solutions Activity 8.2 Equilibrium Law in Chemical Reactions 7.6.3 Acid–Base Properties of Salt Solutions 8.1: Determining the Ksp of Calcium Oxalate Investigation 7.4.1.6 The Solubility Product Constant 7.2 Weak Acids and Bases 8.3.1.4 AcidBase Titration 8.6.1: Determining the pH of Common Substances Investigation 8.1: Discovering the Extent of a Chemical Reaction Lab Exercise 7.1: Developing an Equilibrium Law Expression Investigation 7.2: Determining Ksp for Calcium Hydroxide Chapter 7 Summary Chapter 7 SelfQuiz Chapter 7 Review Chapter 8: Acid–Base Equilibrium 8.5.1: Testing Le Chatelier’s Principle Investigation 7.4 Case Study: The Haber Process—Ammonia for Food and Bombs 7.1: Quantitative Titration Investigation 8.1: Buffer Action Chapter 8 Summary Chapter 8 SelfQuiz Chapter 8 Review Unit 4 Performance Task: Chemical Analyst for a Day Unit 4 SelfQuiz Unit 4 Review . 1: Oxidation States of Vanadium Investigation 9.1: Investigating an Electrolytic Cell Chapter 10 Summary Chapter 10 SelfQuiz Chapter 10 Review Unit 5 Performance Task: Electroplating Unit 5 SelfQuiz Unit 5 Review .3 Stoichiometry of Cell Reactions Chapter 10 Lab Activities Investigation 10.1.1: The Corrosion of Iron Chapter 9 Summary Chapter 9 SelfQuiz Chapter 9 Review Chapter 10: Electrolytic Cells 10.1: Developing an Electric Cell Lab Exercise 9.5 Galvanic Cells 9.2.1 Electrolysis 10.1: Building a Redox Table Investigation 9.2 Balancing Redox Equations 9.6.4.3 Predicting Redox Reactions 9.1: A Potassium Iodide Electrolytic Cell Investigation 10.1: Characteristics of a Hydrogen Fuel Cell Activity 9.5. Investigating Several Electrolytic Cells Investigation 10.1: Single Displacement Reactions Lab Exercise 9.1.3.1.4.1: Investigating Galvanic Cells Investigation 9.1: Galvanic Cell Design Investigation 9.3.4 Technology of Cells and Batteries Explore an Issue: Hydrogen Fuel Cells 9.2 Science and Technology of Electrolysis Explore an Issue: The Case for and against Chlorine Careers in Chemistry 10.6 Corrosion Chapter 9 Lab Activities Investigation 9.2: The Reaction of Sodium with Water Activity 9.1.1 Oxidation and Reduction 9.Unit 5: Electrochemistry Are You Ready? Chapter 9: Electric Cells 9.1: Spontaneity of Redox Reactions Lab Exercise 9.5.3.3. and Prefixes C2 Common Chemicals C3 VSEPR Theory: Molecular Shapes C4 Specific Heat Capacities C5 Molar Heats of Combustion C6 Standard Molar Entropies and Enthalpies of Formation C7 Cations and Anions C8 Solubility Product Constants (Ksp) C9 Ka and Kb for Common Acids and Weak Bases C10 Acids and Bases C11 Relative Strengths of Oxidizing and Reducing Agents Appendix D Chemistry 11 Review D1 Matter and Chemical Bonding D2 Quantities in Chemical Reactions D3 Solutions and Solubility D4 Gases and Atmospheric Chemistry D5 Hydrocarbons and Energy Appendix E Answers Glossary Index Credits Periodic Table of the Elements . Symbols.Appendixes Appendix A Scientific Inquiry A1 Planning an Investigation A2 Decision Making A3 Technological Problem Solving A4 Lab Reports A5 Math Skills A6 Laboratory Skills and Techniques Appendix B Safety B1 Safety Conventions and Symbols B2 Safety in the Laboratory Appendix C Reference C1 Units.