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  2. Conceptual Chemistry
  3. Chapter 9: How Chemicals React

Conceptual Chemistry

Chapter 9: How Chemicals React

  • 9.1 Chemical Equations
  • 9.2 Measuring Molecules
  • 9.3 Grams and Moles
  • 9.4 Exothermic or Endothermic
  • 9.5 Entropy and Chemical Reactions
  • 9.6 Chemical Kinetics
  • 9.7 Chemical Catalysts (Plus Review)
  • 9.8 Chemical Equilibrium
Chemical Equilibrium
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Conceptual Chemistry Textbook
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    Table of Videos

    • Chapter 1: About Science
      • 1.1 Science Is a Way of Understanding
      • 1.2 Investigating the Sea Butterfly
      • 1.3 Technology Is Applied Science
      • 1.4 Scientific Facts and Theories
      • 1.5 Chemistry Is Integral to Our Lives
      • 1.6-8 Physical Quantities (Plus Chapter Review)
    • Chapter 2: Particles of Matter
      • 2.1 The Submicroscopic World
      • 2.2 Discovering the Atom
      • 2.3 Mass and Volume
      • 2.4 Density Is a Ratio
      • 2.5 Energy Moves Matter
      • 2.6 Temperature and Heat
      • 2.7 Phases of Matter
      • 2.8 Gas Laws (Plus Chapter Review)
    • Chapter 3: Elements of Chemistry
      • 3.1 Physical and Chemical Properties
      • 3.2 Elements Are Made of Atoms
      • 3.3 The Periodic Table
      • 3.4 Elements to Compounds
      • 3.5 Naming Compounds
      • 3.6 Most Materials Are Mixtures
      • 3.7 Classifying Matter
      • 3.8 Nanotechnology (Plus Chapter Review)
    • Chapter 4: Subatomic Particles
      • 4.1 Physical and Conceptual Models
      • 4.2 Discovering the Electron
      • 4.3 Discovering the Atomic Nucleus
      • 4.4 Protons and Neutrons
      • 4.5 Light Is a Form of Energy
      • 4.6 Atomic Spectra and the Quantum Hypothesis
      • 4.7 Electrons Exhibit Wave Properties
      • 4.8 Orbitals and Energy-Level Diagrams
      • 4.9 The Shell Model and Periodic Table (Plus Chapter Review)
    • Chapter 5: The Atomic Nucleus
      • 5.1 Unstable Nuclei
      • 5.2 Radioactivity Is Natural
      • 5.3 An Imbalance of Forces
      • 5.4 Transmutation
      • 5.5 Radioactive Half-Life
      • 5.6 Isotopic Dating
      • 5.7 Nuclear Fission
      • 5.8 Mass and Energy
      • 5.9 Nuclear Fusion (Plus Chapter Review)
    • Chapter 6: How Atoms Bond
      • 6.1 Electron-Dot Structures
      • 6.2 Ion Formation
      • 6.3 Ionic Bonds
      • 6.4 Metallic Bonds
      • 6.5 Covalent Bonds
      • 6.6 Molecular Shape
      • 6.7 Polar Covalent Bonds
      • 6.8 Molecular Polarity (Plus Chapter Review)
    • Chapter 7: How Molecules Mix
      • 7.1 Dipole Attractions
      • 7.2 Solutions
      • 7.3 Concentration and the Mole
      • 7.4 Solubility
      • 7.5 How Soap Works
      • 7.6 Softening Hard Water
      • 7.7 Purifying Drinking Water (Plus Chapter Review)
    • Chapter 8: How Water Behaves
      • 8.1 Open Structured Crystals
      • 8.2 Melting and Freezing
      • 8.3 The Stickiness of Water
      • 8.4 Liquid and Gaseous Phases
      • 8.5 Water's Specific Heat
      • 8.6 Phase Changes and Energy (Plus Chapter Review)
    • Chapter 9: How Chemicals React
      • 9.1 Chemical Equations
      • 9.2 Measuring Molecules
      • 9.3 Grams and Moles
      • 9.4 Exothermic or Endothermic
      • 9.5 Entropy and Chemical Reactions
      • 9.6 Chemical Kinetics
      • 9.7 Chemical Catalysts (Plus Review)
      • 9.8 Chemical Equilibrium
    • Chapter 10: Acids and Bases
      • 10.1 Exchanging Protons
      • 10.2 Acid and Base Strength
      • 10.3 Acidic, Basic, or Neutral
      • 10.4 Buffers Resist pH Changes
      • 10.5 Rainwater Is Acidic
      • Ocean Acidification (Plus Chapter Review)
    • Chapter 11: Oxidations and Reductions
      • 11.1 Losing and Gaining Electrons
      • 11.2 Harnessing the Energy
      • 11.3 Electricity from Batteries
      • 11.4 Electricity from Fuel Cells
      • 11.5 Energy from Photovoltaics
      • 11.6 Electrolysis Produces Change
      • 11.7 Producing Metals
      • 11.8 Corrosion and Combustion (Plus Chapter Review)
    • Chapter 12: Organic Compounds
      • 12.1 Hydrocarbons
      • 12.2 Unsaturated Hydrocarbons
      • 12.3 Functional Groups
      • 12.4 Alcohols, Phenols, and Ethers
      • 12.5 Amines and Alkaloids
      • 12.6 Carbonyl Compounds
      • 12.7 Organic Synthesis
      • 12.8 Polymer Chemistry
      • 12.9 History of Plastics (Plus Chapter Review)
    • Chapter 13: Nutrients of Life
      • 13.1 Biomolecules
      • 13.2 Carbohydrates
      • 13.3 Lipids
      • 13.4 Proteins
      • 13.5 Nucleic Acids
      • 13.6 Vitamins and Minerals
      • 13.7 Metabolism
      • 13.8 A Healthy Diet (Plus Chapter Review)
    • Chapter 14: Medicinal Chemistry
      • 14.1 Medicines Improve Health
      • 14.2 The Lock-and-Key Model
      • 14.3 Chemotherapy
      • 14.4 The Nervous System
      • 14.5 Psychoactive Drugs
      • 14.6 Pain Relievers
      • 14.7 Medicines for the Heart (Plus Chapter Review)
    • Chapter 15: Optimizing Food Production
      • 15.1 Humans Eat at All Trophic Levels
      • 15.2 Plants Require Nutrients
      • 15.3 Soil Fertility
      • 15.4 Natural and Synthetic Fertilizers
      • 15.5 Pesticides Kill Pests
      • 15.6 Past Agricultural Practices
      • 15.7 Quality Agricultural Practices (Plus Chapter Review)
    • Chapter 16: Water and Air Resources
      • 16.1 Water on the Move
      • 16.2 The Water We Consume
      • 16.3 How We Pollute Water
      • 16.4 Wastewater Treatment
      • 16.5 The Earth’s Atmosphere
      • 16.6 How We Pollute Air
      • 16.7 Global Warming (Plus Chapter Review)
    • Chapter 17: Capturing Energy
      • 17.1 Energy through Electricity
      • 17.2 Fossil Fuels
      • 17.3 The Nuclear Industry
      • 17.4 Sustainable Energy Sources
      • 17.5 Hydroelectricity
      • 17.6 Biomass Is Chemical Energy
      • 17.7 Direct Solar Energy
      • 17.8 Solar Fuels (Plus Chapter Review)
      • Review

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