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Introductory Chemistry: An Active Learning Approach 8th edition

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Mark S. Cracolice and Edward I. Peters
Publisher: Cengage Learning

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  • Cracolice Introductory Chemistry 8e Section Assignments - Chs 1-16

Access is contingent on use of this textbook in the instructor's classroom.

  • Chapter 1: Introduction to Chemistry and Introduction to Active Learning
    • 1.1: Introduction to Chemistry: Lavoisier and the Beginning of Experimental Chemistry (4)
    • 1.2: Introduction to Chemistry: Science and the Scientific Method (6)
    • 1.3: Introduction to Chemistry: The Science of Chemistry Today (6)
    • 1.4: Introduction to Active Learning: Learning How to Learn Chemistry (3)
    • 1.5: Introduction to Active Learning: Your Textbook (1)
    • 1.6: Growth
    • 1: General Questions
    • 1: More Challenging Problems

  • Chapter 2: Matter and Energy
    • 2.1: What Makes Up the Universe? (1)
    • 2.2: Representations of Matter: Models and Symbols (7)
    • 2.3: States of Matter (5)
    • 2.4: Physical and Chemical Properties and Changes (9)
    • 2.5: Pure Substances and Mixtures (9)
    • 2.6: Separation of Mixtures (5)
    • 2.7: Elements and Compounds (7)
    • 2.8: The Electrical Character of Matter
    • 2.9: Characteristics of a Chemical Change (6)
    • 2.10: Conservation Laws and Chemical Change (4)
    • 2: General Questions (1)
    • 2: More Challenging Problems

  • Chapter 3: Measurement and Chemical Calculations
    • 3: Math Review (11)
    • 3.1: How Is Time Measured?
    • 3.2: Scientific Notation (12)
    • 3.3: Conversion Factors (5)
    • 3.4: A Strategy for Solving Quantitative Chemistry Problems (9)
    • 3.5: Introduction to Measurement
    • 3.6: Metric Units (13)
    • 3.7: Significant Figures (4)
    • 3.8: Significant Figures in Calculations (12)
    • 3.9: Metric–USCS Conversions (6)
    • 3.10: Proportionality and Density (10)
    • 3.11: Thoughtful and Reflective Practice
    • 3: General Questions
    • 3: More Challenging Problems (3)

  • Chapter 4: Introduction to Gases
    • 4: Math Review (3)
    • 4.1: Are the Gas Giants … Gas Giants?
    • 4.2: Characteristics of Gases (3)
    • 4.3: A Particulate-Level Explanation of the Characteristics of Gases
    • 4.4: Temperature Units (4)
    • 4.5: Charles's Law: Volume and Temperature (9)
    • 4.6: Gas Pressure
    • 4.7: Gas Pressure Units (2)
    • 4.8: Boyle's Law: Volume and Pressure (5)
    • 4.9: The Combined Gas Law: Volume, Temperature, and Pressure (15)
    • 4: General Questions
    • 4: More Challenging Problems (4)

  • Chapter 5: Atomic Theory: The Nuclear Model of the Atom
    • 5: Math Review
    • 5.1: Have the Elements Always Existed?
    • 5.2: Dalton's Atomic Theory (2)
    • 5.3: The Electron
    • 5.4: The Nuclear Atom and Subatomic Particles (5)
    • 5.5: Isotopes (7)
    • 5.6: Atomic Mass (5)
    • 5.7: The Periodic Table (10)
    • 5.8: Elemental Symbols and the Periodic Table (4)
    • 5: General Questions
    • 5: More Challenging Problems (3)

  • Chapter 6: Chemical Nomenclature
    • 6: Math Review (1)
    • 6.1: Is It Soda or Pop or Coke?
    • 6.2: Review of Selected Concepts Related to Nomenclature
    • 6.3: Formulas of Elements (3)
    • 6.4: Compounds Made of T wo Nonmetals (3)
    • 6.5: Names and Formulas of Monatomic Ions: Groups 1A/1 and 2A/2 Metals and the Nonmetals (5)
    • 6.6: Names and Formulas of Monatomic Ions: Additional Metals (3)
    • 6.7: Formulas of Ionic Compounds (4)
    • 6.8: Names of Ionic Compounds (2)
    • 6.9: The Nomenclature of Oxoacids (3)
    • 6.10: The Nomenclature of Oxoanions (13)
    • 6.11: The Nomenclature of Acid Anions
    • 6.12: The Nomenclature of Hydrates (5)
    • 6.13: Summary of the Nomenclature System (16)
    • 6: General Questions
    • 6: More Challenging Problems

  • Chapter 7: Chemical Formula Relationships
    • 7: Math Review (3)
    • 7.1: How Do You Weigh Something Too Small to Weigh?
    • 7.2: The Number of Atoms in a Formula (7)
    • 7.3: Molecular Mass and Formula Mass (9)
    • 7.4: Stoichiometric Amount (7)
    • 7.5: Molar Mass (5)
    • 7.6: Conversion Among Mass, Amount in Moles, and Number of Units (6)
    • 7.7: Mass Relationships Among Elements in a Compound: Percentage Composition by Mass (8)
    • 7.8: Empirical Formula of a Compound (8)
    • 7.9: Determination of a Molecular Formula (2)
    • 7: General Questions (1)
    • 7: More Challenging Problems (4)

  • Chapter 8: Chemical Reactions
    • 8.1: Do Chemical Reactions Occur Outside of Earth?
    • 8.2: Evidence of Chemical Change
    • 8.3: Evolution of a Chemical Equation (7)
    • 8.4: Balancing Chemical Equations (9)
    • 8.5: Interpreting Chemical Equations (3)
    • 8.6: Combination Reactions (6)
    • 8.7: Decomposition Reactions (6)
    • 8.8: Single-Replacement Reactions (5)
    • 8.9: Double-Replacement Reactions (8)
    • 8.10: Summary of Reactions and Equations (11)
    • 8: General Questions (1)
    • 8: More Challenging Problems

  • Chapter 9: Chemical Change
    • 9.1: How Is a Salt Solution Different from a Sugar Solution?
    • 9.2: Electrolytes and Solution Conductivity
    • 9.3: Solutions of Ionic Compounds (8)
    • 9.4: Strong and Weak Acids (4)
    • 9.5: Net Ionic Equations: What They Are and How to Write Them (8)
    • 9.6: Single-Replacement Oxidation–Reduction (Redox) Reactions (2)
    • 9.7: Oxidation–Reduction Reactions of Some Common Organic Compounds (4)
    • 9.8: Double-Replacement Reactions (10)
    • 9.9: Double-Replacement Molecule-Formation Reactions (3)
    • 9.10: Double-Replacement Reactions That Form Unstable Products (3)
    • 9.11: Summary of Net Ionic Equations (15)
    • 9: General Questions
    • 9: More Challenging Problems

  • Chapter 10: Quantity Relationships in Chemical Reactions
    • 10: Math Review (1)
    • 10.1: "Okay, Houston, We've Had a Problem Here
    • 10.2: Conversion Factors from a Chemical Equation (9)
    • 10.3: Mass–Mass Stoichiometry (11)
    • 10.4: Percentage Yield (6)
    • 10.5: Limiting Reactants: The Concept (1)
    • 10.6: Limiting Reactants: Comparison-of-Amount Method (9)
    • 10.7: Limiting Reactants: Smaller-Mass Method (4)
    • 10.8: Energy Units (5)
    • 10.9: Thermochemical Equations (6)
    • 10.10: Thermochemical Stoichiometry (6)
    • 10: General Questions
    • 10: More Challenging Problems (4)

  • Chapter 11: Atomic Theory: The Quantum Model of the Atom
    • 11.1: What Causes the Northern Lights?
    • 11.2: Electromagnetic Radiation (10)
    • 11.3: The Bohr Model of the Hydrogen Atom (9)
    • 11.4: The Quantum Mechanical Model of the Atom (9)
    • 11.5: Electron Configuration (11)
    • 11.6: Valence Electrons (9)
    • 11.7: Trends in the Periodic Table (14)
    • 11: General Questions
    • 11: More Challenging Problems (3)

  • Chapter 12: Chemical Bonding
    • 12.1: How Did the Chemistry of the Universe Begin?
    • 12.2: Monatomic Ions with Noble Gas Family Electron Configurations (10)
    • 12.3: Ionic Bonds (2)
    • 12.4: Covalent Bonds: An Introduction (6)
    • 12.5: Covalent Bonds: Bond Polarity (9)
    • 12.6: Covalent Bonds: Multiple Bonds (2)
    • 12.7: Covalent Bonds: Atoms That Are Bonded to Two or More Other Atoms (5)
    • 12.8: Covalent Bonds: Exceptions to the Octet Rule (7)
    • 12.9: Metallic Bonds (3)
    • 12: General Questions (2)
    • 12: More Challenging Problems (2)

  • Chapter 13: Molecular Structure and Shape
    • 13.1: How Is Genetic Information Stored in Molecules?
    • 13.2: Drawing Lewis Diagrams (20)
    • 13.3: Electron-Pair Geometry
    • 13.4: Molecular Geometry (22)
    • 13.5: The Geometry of Multiple Bonds (7)
    • 13.6: Polarity of Molecules (10)
    • 13.7: The Structures of Some Organic Compounds (Optional) (12)
    • 13: General Questions
    • 13: More Challenging Problems

  • Chapter 14: The Ideal Gas Law and Its Applications
    • 14: Math Review (3)
    • 14.1: How Are Tiny Gas Molecules Capable of Launching a Rocket?
    • 14.2: Gases Revisited
    • 14.3: Avogadro's Law (4)
    • 14.4: The Ideal Gas Law (2)
    • 14.5: The Ideal Gas Equation: Determination of a Single Variable (5)
    • 14.6: Gas Density (4)
    • 14.7: Molar Volume (4)
    • 14.8: Gas Stoichiometry at Standard Temperature and Pressure (3)
    • 14.9: Gas Stoichiometry: Molar Volume Method (4)
    • 14.10: Gas Stoichiometry: Ideal Gas Equation Method (4)
    • 14.11: Volume–Volume Gas Stoichiometry (6)
    • 14: General Questions (3)
    • 14: More Challenging Problems (2)

  • Chapter 15: Gases, Liquids, and Solids
    • 15: Math Review (1)
    • 15.1: Does Liquid Water Exist Beyond Planet Earth?
    • 15.2: Dalton's Law of Partial Pressures (3)
    • 15.3: Properties of Liquids (4)
    • 15.4: Types of Intermolecular Forces (12)
    • 15.5: Liquid–Vapor Equilibrium (5)
    • 15.6: The Boiling Process (7)
    • 15.7: Water—An "Unusual" Compound
    • 15.8: The Solid State
    • 15.9: Types of Crystalline Solids (8)
    • 15.10: Energy and Change of State (9)
    • 15.11: Energy and Change of Temperature: Specific Heat (6)
    • 15.12: Change of Temperature Plus Change of State (10)
    • 15: General Questions
    • 15: More Challenging Problems (4)

  • Chapter 16: Solutions
    • 16: Math Review (4)
    • 16.1: Are There Earth-Like Oceans on Other Planets?
    • 16.2: The Characteristics of a Solution
    • 16.3: Solution Terminology (10)
    • 16.4: The Formation of a Solution (3)
    • 16.5: Factors That Determine Solubility (13)
    • 16.6: Solution Concentration: Percentage Concentration by Mass (4)
    • 16.7: Solution Concentration: Molarity (9)
    • 16.8: Solution Concentration: Molality (Optional) (3)
    • 16.9: Solution Concentration: A Summary
    • 16.10: Dilution of Concentrated Solutions (6)
    • 16.11: Solution Stoichiometry (3)
    • 16.12: Titration (4)
    • 16.13: Colligative Properties of Solutions (Optional) (6)
    • 16: General Questions
    • 16: More Challenging Problems (6)

  • Chapter 17: Acids and Bases
    • 17: Math Review (2)
    • 17.1: Is the Existence of Acid Molecules Exclusive to Earth?
    • 17.2: The Arrhenius Theory of Acids and Bases (Optional) (4)
    • 17.3: The Brønsted–Lowry Theory of Acids and Bases (8)
    • 17.4: The Lewis Theory of Acids and Bases (Optional) (3)
    • 17.5: Conjugate Acid–Base Pairs (12)
    • 17.6: Relative Strengths of Acids and Bases (6)
    • 17.7: Predicting Acid–Base Reactions (4)
    • 17.8: Acid–Base Reactions and Redox Reactions Compared (2)
    • 17.9: The Water Equilibrium (3)
    • 17.10: pH and pOH (Integer Values Only) (7)
    • 17.11: Non-Integer pH–[H+] and pOH–[OH-] Conversions (Optional) (7)
    • 17: General Questions
    • 17: More Challenging Problems (1)

  • Chapter 18: Chemical Equilibrium
    • 18: Math Review (1)
    • 18.1: What Patterns Characterize Reversible Chemical Equilibrium Reactions?
    • 18.2: The Character of an Equilibrium (5)
    • 18.3: The Collision Theory of Chemical Reactions (4)
    • 18.4: Energy Changes During a Molecular Collision (4)
    • 18.5: Conditions That Affect the Rate of a Chemical Reaction (7)
    • 18.6: The Development of a Chemical Equilibrium
    • 18.7: Le Châtelier's Principle (10)
    • 18.8: The Equilibrium Constant (7)
    • 18.9: The Significance of the Value of K (6)
    • 18.10: Equilibrium Calculations: An Introduction (Optional) (2)
    • 18.11: Equilibrium Calculations: Solubility Equilibria (Optional) (12)
    • 18.12: Equilibrium Calculations: Ionization Equilibria (Optional) (6)
    • 18.13: Equilibrium Calculations: Gaseous Equilibria (Optional) (5)
    • 18: General Questions
    • 18: More Challenging Problems (1)

  • Chapter 19: Oxidation and Reduction
    • 19.1: How Do You Power a Vehicle on the Surface of the Moon?
    • 19.2: Electron-Transfer Reactions (6)
    • 19.3: Voltaic and Electrolytic Cells (4)
    • 19.4: Oxidation Numbers and Redox Reactions (5)
    • 19.5: Oxidizing Agents and Reducing Agents (6)
    • 19.6: Strengths of Oxidizing Agents and Reducing Agents (3)
    • 19.7: Predicting Redox Reactions (5)
    • 19.8: Redox Reactions and Acid–Base Reactions Compared
    • 19.9: Writing Redox Equations (Optional) (12)
    • 19: General Questions
    • 19: More Challenging Problems

  • Chapter 20: Nuclear Chemistry
    • 20: Math Review (1)
    • 20.1: How Did Marie Curie Find Happiness in Difficult Working Conditions?
    • 20.2: The Dawn of Nuclear Chemistry
    • 20.3: Radioactivity (4)
    • 20.4: The Detection and Measurement of Radioactivity (3)
    • 20.5: The Effects of Radiation on Living Systems (3)
    • 20.6: Half-Life (8)
    • 20.7: Natural Radioactive Decay Series—Nuclear Equations (10)
    • 20.8: Nuclear Reactions and Ordinary Chemical Reactions Compared
    • 20.9: Nuclear Bombardment and Induced Radioactivity (9)
    • 20.10: Uses of Radioisotopes (2)
    • 20.11: Nuclear Fission (3)
    • 20.12: Electrical Energy from Nuclear Fission
    • 20.13: Nuclear Fusion (2)
    • 20: General Questions (1)
    • 20: More Challenging Problems (2)

  • Chapter 21: Organic Chemistry
    • 21.1: Are There Organic Molecules in Space?
    • 21.2: The Nature of Organic Chemistry (1)
    • 21.3: The Molecular Structure of Compounds (5)
    • 21.4: Saturated Hydrocarbons: The Alkanes and Cycloalkanes (6)
    • 21.5: Unsaturated Hydrocarbons: The Alkenes and Alkynes (2)
    • 21.6: Aromatic Hydrocarbons
    • 21.7: Summary of the Categories of Hydrocarbons
    • 21.8: Sources and Preparation of Hydrocarbons
    • 21.9: Chemical Reactions of Hydrocarbons
    • 21.10: Uses of Hydrocarbons
    • 21.11: Alcohols and Ethers
    • 21.12: Aldehydes and Ketones
    • 21.13: Carboxylic Acids and Esters
    • 21.14: Amines and Amides
    • 21.15: Summary of the Organic Compounds Containing Oxygen and Nitrogen
    • 21.16: Chain Polymerization
    • 21.17: Polycondensation Polymers
    • 21: General Questions
    • 21: More Challenging Problems

  • Chapter 22: Biochemistry
    • 22.1: Is There Life on Other Planets?
    • 22.2: Amino Acids and Proteins (10)
    • 22.3: Enzymes
    • 22.4: Carbohydrates
    • 22.5: Lipids
    • 22.6: Nucleic Acids
    • 22: General Questions
    • 22: More Challenging Problems


The updated 8th edition of Introductory Chemistry is the ideal text to help your students take an active approach to developing quantitative skills, applying scientific reasoning, and learning study skills in chemistry. Active examples throughout the text model ways to approach problem-solving, while new problems at the end of each section give students the opportunity to immediately practice their new skills. A flexible organization allows instructors to adapt the text for any common approach to the introductory chemistry course, including atoms-first. The 8th edition is now available in WebAssign, a powerful online learning system with new tools for learning core concepts and dynamic problems that feature just-in-time feedback and point-of-use remediation.

New to the 8th Edition

  • New for this edition, assignments in WebAssign help students understand core concepts and learn from mistakes with answer-specific feedback and flexible support resources.
  • Active examples throughout the text guide students through the process of solving chemistry problems with a four-part process: analyze, identify, construct, and check.
  • New problems at the end of each section offer students immediate opportunities to practice what they learn.
  • How To features throughout the text offer just-in-time math remediation and can be used alongside Math Readiness Bootcamps on WebAssign that provide even more support.
  • Learn It Now boxes throughout the text encourage students to learn how to study efficiently, learn key concepts and develop active learning strategies.
  • Chapter introductions relate chemistry to real-world scenarios, showing students why their chemistry course matters.
  • A flexible organization allows instructors to teach topics in the order that makes sense for their course, including taking an atoms-first approach.

WebAssign Features

  • Mastery sets give students the opportunity to demonstrate conceptual understanding; students are given a group of questions and must answer a set number correctly to receive full credit. Mastery sets are easily customized; learn more here.
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  • Master It tutorials guide students step-by-step through the process of solving a chemistry problem that is similar to the one that is assigned.
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  • Course Packs with ready-to-use assignments were built by subject matter experts specifically for this textbook to save you time, and can be easily customized to meet your teaching goals.

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Most questions from this textbook are available in WebAssign. The online questions are identical to the textbook questions except for minor wording changes necessary for Web use. Whenever possible, variables, numbers, or words have been randomized so that each student receives a unique version of the question. This list is updated nightly.

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Group Quantity Questions
Chapter 1: Introduction to Chemistry and Introduction to Active Learning
1.1 4 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
1.2 6 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
1.3 6 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
1.4 3 X.CEN.001 X.CEN.002 X.CEN.003
1.5 1 AE.001
Chapter 2: Matter and Energy
2.GQ 1 EOC.066
2.1 1 CV.001
2.2 7 EOC.002 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
2.3 5 DWB.001 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
2.4 9 EOC.012 EOC.014 EOC.015 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
2.5 9 A.001.VIS EOC.021 EOC.028 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
2.6 5 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
2.7 7 CV.001 EOC.038 EOC.040 EOC.042 X.CEN.001 X.CEN.002 X.CEN.003
2.9 6 EOC.052 EOC.054 EOC.056 X.CEN.001 X.CEN.002 X.CEN.003
2.10 4 CV.001 DWB.001 X.CEN.001 X.CEN.002
Chapter 3: Measurement and Chemical Calculations
3.MCP 3 EOC.114 EOC.116 EOC.118
3.MR 11 001 002 003 004 005 006 007 008 009 010 011
3.2 12 A.001.TUT AE.001 AE.002 EOC.002 EOC.004 EOC.006 EOC.008 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
3.3 5 AE.004 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
3.4 9 AE.005 AE.006 AE.007 AE.009 CV.001 DWB.001 EOC.022 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
3.6 13 AE.010 EOC.044 EOC.046 EOC.048 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
3.7 4 AE.013 AE.014 CV.001 X.CEN.001 X.CEN.002 X.CEN.003
3.8 12 AE.016 AE.017 AE.019 DWB.001 DWB.002 EOC.060 EOC.066 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
3.9 6 AE.022 EOC.078 EOC.084 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
3.10 10 AE.024 EOC.088 EOC.090 EOC.092 EOC.096 EOC.100 EOC.102 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
Chapter 4: Introduction to Gases
4.MCP 4 EOC.059 EOC.063 EOC.065 EOC.067
4.MR 3 001 002 003
4.2 3 A.001.SIM X.CEN.001 X.CEN.002
4.4 4 AE.001 X.CEN.001 X.CEN.002 X.CEN.003
4.5 9 A.001.VIS AE.002 EOC.022 EOC.024 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
4.7 2 AE.003 EOC.032
4.8 5 A.001.VIS AE.005 EOC.036 EOC.038 X.CEN.001 X.CEN.002
4.9 15 AE.006 AE.007 EOC.040 EOC.042 EOC.046 EOC.048 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011
Chapter 5: Atomic Theory: The Nuclear Model of the Atom
5.MCP 3 EOC.056 EOC.057 EOC.058
5.MR 001 002
5.2 2 DWB.001 X.CEN.001
5.4 5 A.001.VIS DWB.001 EOC.020 X.CEN.001 X.CEN.002 X.CEN.003
5.5 7 AE.001 CV.001 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
5.6 5 AE.002 DWB.001 EOC.029 EOC.032 X.CEN.001
5.7 10 EOC.042 EOC.044 EOC.045 EOC.046 EOC.048 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
5.8 4 AE.005 EOC.049 EOC.050 EOC.050.alt X.CEN.001 X.CEN.002 X.CEN.003
Chapter 6: Chemical Nomenclature
6.MR 1 001
6.2 AE.001
6.3 3 EOC.006 EOC.008 EOC.012
6.4 3 AE.003 EOC.014a EOC.014b X.CEN.001
6.5 5 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
6.6 3 AE.006 X.CEN.001 X.CEN.002 X.CEN.003
6.7 4 AE.009 X.CEN.001 X.CEN.002 X.CEN.003
6.8 2 AE.010 X.CEN.001 X.CEN.002
6.9 3 AE.013 X.CEN.001 X.CEN.002
6.10 13 AE.014 AE.015 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013
6.11 AE.016
6.12 5 AE.017 EOC.042 EOC.044 EOC.046 X.CEN.001 X.CEN.002
6.13 16 DWB.001 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013 X.CEN.014 X.CEN.015
Chapter 7: Chemical Formula Relationships
7.GQ 1 EOC.070
7.MCP 4 EOC.072 EOC.073 EOC.074 EOC.075
7.MR 3 001 002 003
7.2 7 AE.001 EOC.002 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
7.3 9 AE.002 EOC.008a EOC.008b EOC.008c X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
7.4 7 AE.003 CV.001 EOC.016ab EOC.016cd EOC.018 X.CEN.001 X.CEN.002
7.5 5 A.001.TUT EOC.022a EOC.022b X.CEN.001 X.CEN.002
7.6 6 AE.005 AE.006 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
7.7 8 A.001.SIM AE.008 AE.010 EOC.050 EOC.052 EOC.054 X.CEN.001 X.CEN.002 X.CEN.003
7.8 8 AE.011 AE.014 EOC.058 EOC.060 EOC.062 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
7.9 2 AE.015 EOC.064 EOC.066
Chapter 8: Chemical Reactions
8.GQ 1 EOC.078
8.3 7 A.001.VIS EOC.004 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
8.4 9 A.001.VIS AE.003 CV.001 DWB.001 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
8.5 3 EOC.010 X.CEN.001 X.CEN.002
8.6 6 AE.004 EOC.018 EOC.020 EOC.022 X.CEN.001 X.CEN.002 X.CEN.003
8.7 6 A.001.VIS AE.007 EOC.024 EOC.026 X.CEN.001 X.CEN.002 X.CEN.003
8.8 5 AE.009 EOC.027 EOC.030 X.CEN.001 X.CEN.002
8.9 8 AE.010 AE.011 EOC.032 EOC.034 EOC.036 EOC.038 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
8.10 11 DWB.001 EOC.040 EOC.042 EOC.044 EOC.048 EOC.056 EOC.063 EOC.064 EOC.066 EOC.067 X.CEN.001
Chapter 9: Chemical Change
9.3 8 A.001.VIS AE.001 EOC.006 EOC.007 EOC.008 X.CEN.001 X.CEN.002 X.CEN.003
9.4 4 A.001.SIM AE.003 X.CEN.001 X.CEN.002 X.CEN.003
9.5 8 AE.004 EOC.013 EOC.016 EOC.018 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
9.6 2 AE.008 EOC.020 EOC.021 EOC.022
9.7 4 AE.009 EOC.024 EOC.026 X.CEN.001 X.CEN.002
9.8 10 A.001.SIM AE.011 AE.014 CV.001 EOC.028 EOC.030 EOC.032 EOC.034 X.CEN.001 X.CEN.002 X.CEN.003
9.9 3 AE.016 EOC.035 EOC.036 EOC.038
9.10 3 AE.018 EOC.041 EOC.042 X.CEN.001
9.11 15 EOC.045 EOC.046 EOC.047 EOC.048 EOC.052 EOC.054 EOC.056 EOC.058 EOC.060 EOC.062 EOC.064 EOC.066 EOC.068 EOC.070 EOC.072
Chapter 10: Quantity Relationships in Chemical Reactions
10.MCP 4 EOC.070 EOC.072 EOC.079 EOC.082
10.MR 1 001
10.2 9 AE.001 EOC.002 EOC.003 EOC.004 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
10.3 11 AE.003 AE.004 EOC.008 EOC.010 EOC.016 EOC.022 EOC.024 EOC.026 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
10.4 6 AE.006 AE.008 EOC.027 EOC.029 EOC.031 EOC.032 EOC.036
10.5 1 CV.001
10.6 9 A.001.VIS AE.010 EOC.041 EOC.042 EOC.044 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
10.7 5 A.001.SIM AE.011 EOC.042 EOC.043 X.CEN.001 X.CEN.002
10.8 5 AE.012 DWB.001 EOC.046 X.CEN.001 X.CEN.002
10.9 6 AE.013 EOC.052 EOC.054 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
10.10 6 AE.015 EOC.056 EOC.057 EOC.058 EOC.078 X.CEN.001 X.CEN.002
Chapter 11: Atomic Theory: The Quantum Model of the Atom
11.MCP 3 EOC.103 EOC.104 EOC.114
11.2 10 A.001.SIM AE.001 DWB.001 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
11.3 9 A.001.VIS A.002.SIM AE.002 AE.003 DWB.001 EOC.010 EOC.012 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
11.4 9 A.001.VIS AE.004 EOC.024 EOC.032 EOC.039 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
11.5 11 A.001.VIS AE.007 CEN.006 CV.001 EOC.049 EOC.050 EOC.052 EOC.054 EOC.056 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
11.6 9 AE.008 AE.009 EOC.062 EOC.063 EOC.064 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
11.7 14 A.001.SIM AE.010 AE.011 CV.001 EOC.068 EOC.070 EOC.074 EOC.076 EOC.078 EOC.080 EOC.082 EOC.084 EOC.087 EOC.090 EOC.092 X.CEN.001 X.CEN.002
Chapter 12: Chemical Bonding
12.GQ 2 EOC.048 EOC.050
12.MCP 2 EOC.054 EOC.055
12.2 10 AE.001 EOC.002 EOC.004 EOC.006 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
12.3 2 AE.002 EOC.010 X.CEN.001
12.4 6 A.001.VIS AE.003 EOC.017 EOC.018 X.CEN.001 X.CEN.002 X.CEN.003
12.5 9 AE.004 EOC.024 EOC.026 EOC.028 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
12.6 2 X.CEN.001 X.CEN.002
12.7 5 A.001.EXE X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
12.8 7 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
12.9 3 X.CEN.001 X.CEN.002 X.CEN.003
Chapter 13: Molecular Structure and Shape
13.2 20 AE.002 AE.003 AE.005 AE.008 CV.001 EOC.004a EOC.004a.alt EOC.004b EOC.004b.alt EOC.006a EOC.006a.alt EOC.006b EOC.006b.alt EOC.008a EOC.008a.alt EOC.008b EOC.008b.alt X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
13.3 1 A.001.TUT
13.4 22 A.001.VIS AE.012 EOC.020 EOC.020.alt EOC.022 EOC.022.alt EOC.031 EOC.034 EOC.036 EOC.040 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013
13.5 7 AE.014 CV.001 EOC.024 EOC.026 EOC.028 X.CEN.001 X.CEN.002 X.CEN.003
13.6 10 A.001.VIS AE.015 EOC.046 EOC.048 EOC.050 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
13.7 12 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012
Chapter 14: The Ideal Gas Law and Its Applications
14.GQ 3 EOC.047 EOC.048 EOC.049
14.MCP 2 EOC.052 EOC.053
14.MR 3 001 002 003
14.3 4 A.001.VIS EOC.002 X.CEN.001 X.CEN.002
14.4 2 A.001.SIM AE.001 CV.001
14.5 5 AE.003 AE.004 DWB.001 EOC.004 EOC.006 EOC.008 EOC.010
14.6 4 A.001.SIM AE.005 EOC.014 EOC.015 EOC.016 EOC.020
14.7 4 AE.007 AE.008 EOC.022 EOC.024 X.CEN.001 X.CEN.002
14.8 3 AE.009 EOC.026 EOC.028 X.CEN.001
14.9 4 AE.011 EOC.030 EOC.032 EOC.034 EOC.036
14.10 4 AE.012 AE.013 EOC.030.alt EOC.032.alt EOC.034.alt EOC.036.alt
14.11 6 EOC.038 EOC.040 EOC.042 X.CEN.001 X.CEN.002 X.CEN.003
Chapter 15: Gases, Liquids, and Solids
15.MCP 4 EOC.093 EOC.097 EOC.098 EOC.102
15.MR 1 001 002 003
15.2 3 AE.001 AE.002 EOC.002 EOC.004 EOC.006
15.3 4 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
15.4 12 A.001.VIS A.002.SIM CV.001 DWB.001 EOC.027 EOC.028 EOC.028.alt EOC.042 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
15.5 5 A.001.SIM EOC.048 X.CEN.001 X.CEN.002 X.CEN.003
15.6 7 A.001.SIM EOC.049 EOC.054 EOC.056 X.CEN.001 X.CEN.002 X.CEN.003
15.9 8 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
15.10 9 AE.003 AE.004 EOC.064 EOC.066 EOC.068 EOC.069 EOC.071 EOC.074 X.CEN.001 X.CEN.002 X.CEN.003
15.11 6 A.001.VIS A.002.SIM AE.006 CV.001 EOC.075 EOC.076 EOC.080
15.12 10 A.001.VIS AE.008 DWB.001 EOC.084 EOC.085 EOC.086 EOC.086.alt X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
Chapter 16: Solutions
16.MCP 6 EOC.099 EOC.100 EOC.101 EOC.103 EOC.104 EOC.108
16.MR 4 001 002 003 004
16.3 10 EOC.014a EOC.014b EOC.014c X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
16.4 3 X.CEN.001 X.CEN.002 X.CEN.003
16.5 13 A.001.VIS A.002.VIS A.003.VIS DWB.001 EOC.032a EOC.032b EOC.032c X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
16.6 4 AE.001 AE.002 EOC.034 EOC.036 X.CEN.001 X.CEN.002
16.7 9 A.001.VIS AE.003 AE.004 EOC.038 EOC.039 EOC.042 EOC.043 EOC.044 EOC.052 X.CEN.001 X.CEN.002
16.8 3 AE.007 EOC.054 EOC.056 EOC.058
16.10 6 A.001.VIS AE.008 EOC.060 EOC.061 X.CEN.001 X.CEN.002 X.CEN.003
16.11 3 A.001.VIS AE.010 AE.011 EOC.066 EOC.068 EOC.072
16.12 4 A.001.VIS AE.012 EOC.074 EOC.076 EOC.078 X.CEN.001
16.13 6 AE.013 CV.001 EOC.082 EOC.084 EOC.085 EOC.087 EOC.088 EOC.089
Chapter 17: Acids and Bases
17.MCP 1 EOC.075
17.MR 2 001 002
17.2 4 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
17.3 8 A.001.VIS CV.001 EOC.005a EOC.005b EOC.006a EOC.006b X.CEN.001 X.CEN.002
17.4 3 A.001.VIS EOC.010 X.CEN.001
17.5 12 A.001.VIS AE.002 EOC.013 EOC.014 EOC.016 EOC.018 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
17.6 6 AE.003 EOC.026a EOC.026b EOC.028a EOC.028b X.CEN.001 X.CEN.002
17.7 4 AE.005 EOC.029 EOC.030 X.CEN.001 X.CEN.002
17.8 2 X.CEN.001 X.CEN.002
17.9 3 A.001.VIS AE.006 EOC.042 EOC.044
17.10 7 AE.008 AE.010 EOC.050 EOC.052 EOC.054 EOC.056 X.CEN.001 X.CEN.002 X.CEN.003
17.11 7 A.001.SIM AE.011 EOC.058 EOC.060 EOC.062 EOC.064 EOC.069 EOC.072
Chapter 18: Chemical Equilibrium
18.MCP 1 EOC.085
18.MR 1 001
18.2 5 A.001.SIM X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
18.3 4 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
18.4 4 A.001.SIM EOC.010 X.CEN.001 X.CEN.002 X.CEN.003
18.5 7 CV.001 DWB.001 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
18.7 10 A.001.VIS AE.001 AE.004 AE.007 EOC.026 EOC.028 EOC.030 EOC.032 EOC.034 EOC.036 EOC.038 X.CEN.001 X.CEN.002
18.8 7 A.001.SIM AE.009 EOC.040 EOC.042 EOC.043 EOC.044 EOC.046 X.CEN.001
18.9 6 A.001.VIS EOC.050 EOC.052 EOC.054 X.CEN.001 X.CEN.002
18.10 2 A.001.TUT X.CEN.001
18.11 12 A.001.SIM AE.010 AE.012 AE.013 EOC.057 EOC.060 EOC.062 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
18.12 6 A.001.SIM AE.015 AE.016 EOC.065 EOC.068 EOC.070 X.CEN.001 X.CEN.002
18.13 5 AE.018 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
Chapter 19: Oxidation and Reduction
19.2 6 A.001.VIS AE.003 EOC.002 EOC.006 EOC.007 EOC.008 X.CEN.001
19.3 4 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003
19.4 5 AE.005 AE.006 EOC.013 EOC.014 EOC.016 X.CEN.001 X.CEN.002
19.5 6 A.001.VIS AE.007 CV.001 EOC.021 EOC.022 EOC.023 EOC.024
19.6 3 EOC.026 EOC.028 X.CEN.001
19.7 5 AE.009 EOC.030 EOC.032 EOC.034 X.CEN.001 X.CEN.002
19.9 12 A.001.VIS AE.012 EOC.040 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
Chapter 20: Nuclear Chemistry
20.GQ 1 EOC.067
20.MCP 2 EOC.072 EOC.074
20.MR 1 001 002
20.3 4 EOC.004 X.CEN.001 X.CEN.002 X.CEN.003
20.4 3 A.001.VIS X.CEN.001 X.CEN.002
20.5 3 DWB.001 X.CEN.001 X.CEN.002
20.6 8 AE.002 AE.003 AE.004 DWB.001 EOC.022 EOC.024 EOC.026 EOC.028 EOC.030 EOC.032 X.CEN.001
20.7 10 AE.005 AE.006 EOC.036a EOC.036b EOC.038a EOC.038b X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
20.9 9 DWB.001 EOC.052a EOC.052b EOC.052c X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
20.10 2 X.CEN.001 X.CEN.002
20.11 3 X.CEN.001 X.CEN.002 X.CEN.003
20.13 2 X.CEN.001 X.CEN.002
Chapter 21: Organic Chemistry
21.2 1 X.CEN.001
21.3 12 A.001.VIS A.002.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
21.4 16 A.001.SIM EOC.016 EOC.018 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013
21.5 18 A.001.SIM A.002.EXE DWB.001 EOC.040 EOC.042 EOC.044 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012
21.6 4 EOC.050 EOC.052 X.CEN.001 X.CEN.002
21.7 3 X.CEN.001 X.CEN.002 X.CEN.003
21.9 1 EOC.055 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
21.11 13 A.001.SIM A.002.SIM EOC.068 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
21.12 6 EOC.074 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
21.13 1 EOC.078 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
21.14 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
21.15 A.001.EXE X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
21.16 EOC.106 X.CEN.001 X.CEN.002 X.CEN.003
21.17 2 A.001.VIS A.002.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
Chapter 22: Biochemistry
22.GQ EOC.061
22.MCP EOC.069
22.2 10 A.001.EXE A.002.EXE EOC.005 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013 X.CEN.014 X.CEN.015 X.CEN.016 X.CEN.017 X.CEN.018 X.CEN.019 X.CEN.020
22.3 4 A.001.VIS X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
22.4 EOC.025 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
22.5 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
22.6 EOC.055 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013
Total 1212 (235)  

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