Chemistry: The Molecular Nature of Matter and Change ISE

Name: Chemistry: The Molecular Nature of Matter and Change ISE
Price: 5100 ISK
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Author: Martin Silberberg; Patricia Amateis
ISBN: 9781265466404

Höfundar: Martin Silberberg; Patricia Amateis (Útgáfa: 11)

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Silberberg's Chemistry: The Molecular Nature of Matter andChange maintains its standard-setting position amonggeneral chemistry textbooks by evolving further to meet theneeds of educators and learners. The text uses the mostaccurate molecular illustrations, consistent step-by-stepworked problems, and an extensive collection ofend-of-chapter problems. Revisions throughout the textmake it more readable and succinct, the artwork moreteachable and modern, and the design more focused andinviting.

Improvements to both visualizing chemical modelsand how to logically solve problems, updates to ChemicalConnections essays showing real world applications, andrevised study aids at the end of each chapter continue tomake Chemistry: The Molecular Nature of Matter andChange a market leader. The text is strengthened by itsoffering in ALEKS, featuring Custom Question Authoring,Video Assignments, Virtual Labs, and more!.

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Útgefandi: McGraw-Hill Higher Education (International)

ISBN: 9781265466404

Print ISBN: 9781265039325

Format: ePub

Útgáfa: 11

Höfundar: Martin Silberberg; Patricia Amateis

Tungumál: English

Útgefið: 2026-01-13

Prent takmörkun á líftíma: 100

Prent takmörkun: 2

Afritunar takmörkun: 2

Flokkar: Náttúruvísindi

Efnisflokkar: Vísindi › Almennt

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Table of Contents and Preface
Cover Page
Periodic Table of the Elements
Title Page
Copyright Information
Dedication
Brief Contents
Detailed Contents
Chapter 1| Keys to Studying Chemistry: Definitions, Units, and Problem Solving Page 2
Chapter 2| The Components of Matter Page 42
Chapter 3| Stoichiometry of Formulas and Equations Page 96
Chapter 4| Three Major Classes of Chemical Reactions Page 144
Chapter 5| Gases and the Kinetic-Molecular Theory Page 208
Chapter 6| Thermochemistry: Energy Flow and Chemical Change Page 260
Chapter 7| Quantum Theory and Atomic Structure Page 298
Chapter 8| Electron Configuration and Chemical Periodicity Page 334
Chapter 9| Models of Chemical Bonding Page 372
Chapter 10| The Shapes of Molecules Page 410
Chapter 11| Theories of Covalent Bonding Page 450
Chapter 12| Intermolecular Forces: Liquids, Solids, and Phase Changes Page 480
Chapter 13| The Properties of Mixtures: Solutions and Colloids Page 544
Chapter 14| Periodic Patterns in the Main-Group Elements Page 594
Chapter 15| Organic Compounds and the Atomic Properties of Carbon Page 640
Chapter 16| Kinetics: Rates and Mechanisms of Chemical Reactions Page 700
Chapter 17| Equilibrium: The Extent of Chemical Reactions Page 758
Chapter 18| Acid-Base Equilibria Page 808
Chapter 19| Ionic Equilibria in Aqueous Systems Page 864
Chapter 20| Thermodynamics: Entropy, Gibbs Energy, and Reaction Direction Page 924
Chapter 21| Electrochemistry: Chemical Change and Electrical Work Page 970
Chapter 22| The Elements in Nature and Industry Page 1028
Chapter 23| Transition Elements and Their Coordination Compounds Page 1066
Chapter 24| Nuclear Reactions and Their Applications Page 1104
List of Sample Problems
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 11
Chapter 12
Chapter 13
Chapter 15
Chapter 16
Chapter 17
Chapter 18
Chapter 19
Chapter 20
Chapter 21
Chapter 23
Chapter 24
About the Authors
Preface
Setting the Standard for a Chemistry Text
Optimizing the Text
Additional Instructor and Student Resources for Your Course!
Cooperative Chemistry Laboratory Manual
Student Solutions Manual
Acknowledgments
Aleks
Experience the ALEKS Difference
Chapter 1: Keys to Studying Chemistry: Definitions, Units, and Problem Solving
Chapter 1 Introduction
In This Chapter …
1.1 Some Fundamental Definitions
The States of Matter
The Properties of Matter and Its Changes
The Central Theme in Chemistry
The Importance of Energy in the Study of Matter
› Summary of Section 1.1
1.2 The Scientific Approach: Developing a Model
› Summary of Section 1.2
1.3 Units of Measurement
General Features of SI Units
Some Important SI Units in Chemistry
Temperature Scales
› Summary of Section 1.3
1.4 Uncertainty in Measurement: Significant Figures
Determining Which Digits Are Significant
Significant Figures: Calculations and Rounding Off
Precision, Accuracy, and Instrument Calibration
› Summary of Section 1.4
1.5 Units and Conversion Factors in Calculations
Constructing and Choosing Conversion Factors
Converting Between Unit Systems
A Systematic Approach to Solving Chemistry Problems
Extensive and Intensive Properties
› Summary of Section 1.5
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Some Fundamental Definitions
The Scientific Approach: Developing a Model
Units of Measurement
Uncertainty in Measurement: Significant Figures
Units and Conversion Factors in Calculations
Comprehensive Problems
Chapter 2: The Components of Matter
Chapter 2 Introduction
In This Chapter …
2.1 Elements, Compounds, and Mixtures: An Atomic Overview
Substances
Mixtures
Classification and Separation of Mixtures
› Summary of Section 2.1
2.2 The Observations That Led to an Atomic View of Matter
Mass Conservation
Definite Composition
Multiple Proportions
Dalton’s Atomic Theory
› Summary of Section 2.2
2.3 The Observations That Led to the Nuclear Atom Model
Discovery of the Electron and Its Properties
Discovery of the Atomic Nucleus
› Summary of Section 2.3
2.4 The Atomic Theory Today
Structure of the Atom
Atomic Number, Mass Number, and Atomic Symbol
Isotopes
Atomic Masses of the Elements
› Summary of Section 2.4
2.5 Elements: A First Look at the Periodic Table
Organization of the Periodic Table
› Summary of Section 2.5
2.6 Compounds: Introduction to Bonding
The Formation of Ionic Compounds
The Formation of Covalent Substances
› Summary of Section 2.6
2.7 Compounds: Formulas, Names, and Masses
Ionic Compounds
Acid Names from Anion Names
Binary Covalent Compounds
The Simplest Organic Compounds: Straight-Chain Alkanes
Molecular Masses from Chemical Formulas
Representing Molecules with Formulas and Models
An Overview of the Components of Matter
› Summary of Section 2.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Elements, Compounds, and Mixtures: An Atomic Overview
The Observations That Led to an Atomic View of Matter
The Observations That Led to the Nuclear Atom Model
The Atomic Theory Today
Elements: A First Look at the Periodic Table
Compounds: Introduction to Bonding
Compounds: Formulas, Names, and Masses
Comprehensive Problems
Chapter 3: Stoichiometry of Formulas and Equations
Chapter 3 Introduction
In This Chapter …
3.1 The Mole
Defining the Mole
Determining Molar Mass
Converting Between Amount, Mass, and Number of Chemical Entities
The Importance of Mass Percent
› Summary of Section 3.1
3.2 Determining the Formula of an Unknown Compound
Empirical Formulas
Molecular Formulas
› Summary of Section 3.2
3.3 Writing and Balancing Chemical Equations
Steps for Balancing an Equation
› Summary of Section 3.3
3.4 Calculating Quantities of Reactant and Product
Stoichiometrically Equivalent Molar Ratios from the Balanced Equation
Reactions That Involve a Limiting Reactant
Theoretical, Actual, and Percent Reaction Yields
› Summary of Section 3.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Mole
Determining the Formula of an Unknown Compound
Writing and Balancing Chemical Equations
Calculating Quantities of Reactant and Product
Comprehensive Problems
Chapter 4: Three Major Classes of Chemical Reactions
Chapter 4 Introduction
In This Chapter …
4.1 Solution Concentration and the Role of Water as a Solvent
Expressing Concentration in Terms of Molarity
Amount-Mass-Number Conversions Involving Solutions
Preparing and Diluting Molar Solutions
The Polar Nature of Water
Ionic Compounds in Water
Covalent Compounds in Water
› Summary of Section 4.1
4.2 Precipitation Reactions
The Key Event: Formation of a Solid from Dissolved Ions
Predicting Whether a Precipitate Will Form
Stoichiometry of Precipitation Reactions
› Summary of Section 4.2
4.3 Acid-Base Reactions
Acids and the Solvated Proton
The Key Event: Formation of H 2 O from H + and O H −
Stoichiometry of Acid-Base Reactions: Acid-Base Titrations
› Summary of Section 4.3
4.4 Oxidation-Reduction (Redox) Reactions
The Key Event: Movement of Electrons Between Reactants
Some Essential Redox Terminology
Using Oxidation Numbers to Monitor Electron Charge
Stoichiometry of Redox Reactions: Redox Titrations
› Summary of Section 4.4
4.5 Elements in Redox Reactions
Combination Redox Reactions
Decomposition Redox Reactions
Displacement Redox Reactions and Activity Series
Combustion Reactions
› Summary of Section 4.5
4.6 The Reversibility of Reactions and the Equilibrium State
Reversibility of Calcium Carbonate Decomposition
› Summary of Section 4.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Solution Concentration and the Role of Water as a Solvent
Precipitation Reactions
Acid-Base Reactions
Oxidation-Reduction (Redox) Reactions
Elements in Redox Reactions
The Reversibility of Reactions and the Equilibrium State
Comprehensive Problems
Chapter 5: Gases and the Kinetic-Molecular Theory
Chapter 5 Introduction
In This Chapter …
5.1 An Overview of the Physical States of Matter
› Summary of Section 5.1
5.2 Gas Pressure and Its Measurement
Measuring Gas Pressure: Barometers and Manometers
Units of Pressure
› Summary of Section 5.2
5.3 The Gas Laws and Their Experimental Foundations
The Relationship Between Volume and Pressure: Boyle’s Law
The Relationship Between Volume and Temperature: Charles’s Law
The Relationship Between Volume and Amount: Avogadro’s Law
Gas Behavior at Standard Conditions
The Ideal Gas Law
Solving Gas Law Problems
› Summary of Section 5.3
5.4 Rearrangements of the Ideal Gas Law
The Density of a Gas
The Molar Mass of a Gas
The Partial Pressure of Each Gas in a Mixture of Gases
The Ideal Gas Law and Reaction Stoichiometry
› Summary of Section 5.4
5.5 The Kinetic-Molecular Theory: A Model for Gas Behavior
How the Kinetic-Molecular Theory Explains the Gas Laws
Effusion and Diffusion
The Chaotic World of Gases: Mean Free Path and Collision Frequency
› Summary of Section 5.5
5.6 Real Gases: Deviations from Ideal Behavior
Effects of Extreme Conditions on Gas Behavior
The van der Waals Equation: Adjusting the Ideal Gas Law
› Summary of Section 5.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
An Overview of the Physical States of Matter
Gas Pressure and Its Measurement
The Gas Laws and Their Experimental Foundations
Rearrangements of the Ideal Gas Law
The Kinetic-Molecular Theory: A Model for Gas Behavior
Real Gases: Deviations from Ideal Behavior
Comprehensive Problems
Chapter 6: Thermochemistry: Energy Flow and Chemical Change
Chapter 6 Introduction
In This Chapter …
6.1 Forms of Energy and Their Interconversion
Defining the System and Its Surroundings
Energy Change Δ E : Energy Transfer to or from a System
Heat and Work: Two Forms of Energy Transfer
The Law of Energy Conservation
Units of Energy
State Functions and the Path Independence of the Energy Change
Calculating Pressure-Volume Work (PV Work)
› Summary of Section 6.1
6.2 Enthalpy: Changes at Constant Pressure
The Meaning of Enthalpy
Comparing Δ E and Δ H
Exothermic and Endothermic Processes
› Summary of Section 6.2
6.3 Calorimetry: Measuring the Heat of a Chemical or Physical Change
Specific Heat Capacity
The Two Major Types of Calorimetry
› Summary of Section 6.3
6.4 Stoichiometry of Thermochemical Equations
Thermochemical equivalence
› Summary of Section 6.4
6.5 Hess’s Law: Finding ΔH of Any Reaction
› Summary of Section 6.5
6.6 Standard Enthalpies of Reaction (ΔH°rxn)
Formation Equations and Their Standard Enthalpy Changes
Determining Δ H rxn ∘ from Δ H f ∘ Values for Reactants and Products
› Summary of Section 6.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Forms of Energy and Their Interconversion
Enthalpy: Changes at Constant Pressure
Calorimetry: Measuring the Heat of a Chemical or Physical Change
Stoichiometry of Thermochemical Equations
Hess’s Law: Finding Δ H of Any Reaction
Standard Enthalpies of Reaction Δ H rxn o
Comprehensive Problems
Chapter 7: Quantum Theory and Atomic Structure
Chapter 7 Introduction
In This Chapter …
7.1 The Nature of Light
The Wave Nature of Light
The Particle Nature of Light
› Summary of Section 7.1
7.2 Atomic Spectra
Line Spectra and the Rydberg Equation
The Bohr Model of the Hydrogen Atom
The Energy Levels of the Hydrogen Atom
› Summary of Section 7.2
7.3 The Wave-Particle Duality of Matter and Energy
The Wave Nature of Electrons
The Particle Nature of Photons
Wave-Particle Duality
Heisenberg’s Uncertainty Principle
› Summary of Section 7.3
7.4 The Quantum-Mechanical Model of the Atom
The Atomic Orbital and the Probable Location of the Electron
Quantum Numbers
Shapes of Atomic Orbitals
The Special Case of Energy Levels in the Hydrogen Atom
› Summary of Section 7.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Nature of Light
Atomic Spectra
The Wave-Particle Duality of Matter and Energy
The Quantum-Mechanical Model of the Atom
Comprehensive Problems
Chapter 8: Electron Configuration and Chemical Periodicity
Chapter 8 Introduction
In This Chapter …
8.1 Characteristics of Many-Electron Atoms
The Pauli Exclusion Principle
Electrostatic Effects and Energy-Level Splitting
› Summary of Section 8.1
8.2 The Quantum-Mechanical Model and the Periodic Table
Building Up Period 1
Building Up Period 2
Building Up Period 3
Building Up Period 4: The First Transition Series
General Principles of Electron Configurations
Intervening Series: Transition and Inner Transition Elements
Similar Electron Configurations Within Groups
› Summary of Section 8.2
8.3 Trends in Three Atomic Properties
Trends in Atomic Size
Trends in Ionization Energy
Trends in Electron Affinity
› Summary of Section 8.3
8.4 Atomic Properties and Chemical Reactivity
Trends in Metallic Behavior
Properties of Monatomic Ions
› Summary of Section 8.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Introduction
Characteristics of Many-Electron Atoms
The Quantum-Mechanical Model and the Periodic Table
Trends in Three Atomic Properties
Atomic Properties and Chemical Reactivity
Comprehensive Problems
Chapter 9: Models of Chemical Bonding
Chapter 9 Introduction
In This Chapter …
9.1 Atomic Properties and Chemical Bonds
The Three Ways Elements Combine
Lewis Symbols and the Octet Rule
› Summary of Section 9.1
9.2 The Ionic Bonding Model
Why Ionic Compounds Form: The Importance of Lattice Energy
Periodic Trends in Lattice Energy
How the Model Explains the Properties of Ionic Compounds
› Summary of Section 9.2
9.3 The Covalent Bonding Model
The Formation of a Covalent Bond
Bonding Pairs and Lone Pairs
Properties of a Covalent Bond: Order, Energy, and Length
How the Model Explains the Properties of Covalent Substances
› Summary of Section 9.3
9.4 Bond Energy and Chemical Change
Changes in Bond Energy: Where Does Δ H rxn ° Come From?
Using Bond Energies to Calculate Δ H rxn °
Bond Strengths and the Heat Released from Fuels, Foods, and Explosives
› Summary of Section 9.4
9.5 Between the Extremes: Electronegativity and Bond Polarity
Electronegativity
Bond Polarity and Partial Ionic Character
The Gradation in Bonding Across a Period
› Summary of Section 9.5
9.6 An Introduction to Metallic Bonding
The Electron-Sea Model
How the Model Explains the Properties of Metals
› Summary of Section 9.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Atomic Properties and Chemical Bonds
The Ionic Bonding Model
The Covalent Bonding Model
Bond Energy and Chemical Change
Between the Extremes: Electronegativity and Bond Polarity
An Introduction to Metallic Bonding
Comprehensive Problems
Chapter 10: The Shapes of Molecules
Chapter 10 Introduction
In This Chapter …
10.1 Depicting Molecules and Ions with Lewis Structures
Applying the Octet Rule to Write Lewis Structures
Resonance: Delocalized Electron-Pair Bonding
Formal Charge: Selecting the More Important Resonance Structure
Lewis Structures for Exceptions to the Octet Rule
› Summary of Section 10.1
10.2 Valence-Shell Electron-Pair Repulsion (VSEPR) Theory
Electron-Group Arrangements and Molecular Shapes
The Molecular Shape with Two Electron Groups (Linear Arrangement)
Molecular Shapes with Three Electron Groups (Trigonal Planar Arrangement)
Molecular Shapes with Four Electron Groups (Tetrahedral Arrangement)
Molecular Shapes with Five Electron Groups (Trigonal Bipyramidal Arrangement)
Molecular Shapes with Six Electron Groups (Octahedral Arrangement)
Using VSEPR Theory to Determine Molecular Shape
Molecular Shapes with More Than One Central Atom
› Summary of Section 10.2
10.3 Molecular Shape and Molecular Polarity
Bond Polarity, Bond Angle, and Dipole Moment
The Effect of Molecular Polarity on Behavior
› Summary of Section 10.3
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Depicting Molecules and Ions with Lewis Structures
Valence-Shell Electron-Pair Repulsion (VSEPR) Theory
Molecular Shape and Molecular Polarity
Comprehensive Problems
Chapter 11: Theories of Covalent Bonding
Chapter 11 Introduction
In This Chapter …
11.1 Valence Bond (VB) Theory and Orbital Hybridization
The Central Themes of VB Theory
Types of Hybrid Orbitals
› Summary of Section 11.1
11.2 Modes of Orbital Overlap and the Types of Covalent Bonds
Orbital Overlap in Single and Multiple Bonds
Orbital Overlap and Rotation Within a Molecule
› Summary of Section 11.2
11.3 Molecular Orbital (MO) Theory and Electron Delocalization
The Central Themes of MO Theory
Homonuclear Diatomic Molecules of Period 2 Elements
Two Heteronuclear Diatomic Molecules: H F and N O
Two Polyatomic Molecules: Benzene and Ozone
› Summary of Section 11.3
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Valence Bond (VB) Theory and Orbital Hybridization
Modes of Orbital Overlap and the Types of Covalent Bonds
Molecular Orbital (MO) Theory and Electron Delocalization
Comprehensive Problems
Chapter 12: Intermolecular Forces: Liquids, Solids, and Phase Changes
Chapter 12 Introduction
In This Chapter …
12.1 Types of Intermolecular Forces
Relative Strength of Intramolecular and Intermolecular Forces
Ion-Dipole Forces
Dipole-Dipole Forces
The Hydrogen Bond
Dispersion (London) Forces
› Summary of Section 12.1
12.2 An Overview of Physical States and Phase Changes
A Kinetic-Molecular View of the Three States
Types of Phase Changes and Their Enthalpies
› Summary of Section 12.2
12.3 Quantitative Aspects of Phase Changes
Heat Involved in Phase Changes
The Equilibrium Nature of Phase Changes
Phase Diagrams: Effect of Pressure and Temperature on Physical State
› Summary of Section 12.3
12.4 Properties of the Liquid State
Surface Tension
Capillarity
Viscosity
› Summary of Section 12.4
12.5 The Uniqueness of Water
Solvent Properties of Water
Thermal Properties of Water
Surface Properties of Water
The Unusual Density of Solid Water
› Summary of Section 12.5
12.6 The Solid State: Structure, Properties, and Bonding
Structural Features of Solids
Types and Properties of Crystalline Solids
Amorphous Solids
Bonding in Solids: Molecular Orbital Band Theory
› Summary of Section 12.6
12.7 Advanced Materials
Electronic Materials
Liquid Crystals
Ceramic Materials
Polymeric Materials
Nanotechnology: Designing Materials Atom by Atom
› Summary of Section 12.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Types of Intermolecular Forces
An Overview of Physical States and Phase Changes
Quantitative Aspects of Phase Changes
Properties of the Liquid State
The Uniqueness of Water
The Solid State: Structure, Properties, and Bonding
Advanced Materials
Chapter 13: The Properties of Mixtures: Solutions and Colloids
Chapter 13 Introduction
In This Chapter …
13.1 Types of Solutions: Intermolecular Forces and Solubility
Intermolecular Forces in Solution
Liquid Solutions and the Role of Molecular Polarity
Gas Solutions and Solid Solutions
› Summary of Section 13.1
13.2 Why Substances Dissolve: Breaking Down the Solution Process
The Heat of Solution and Its Components
The Heat of Hydration: Dissolving Ionic Solids in Water
The Solution Process and the Change in Entropy
› Summary of Section 13.2
13.3 Solution Equilibrium and Factors Affecting Solubility
Effect of Temperature on Solubility
Effect of Pressure on Solubility
› Summary of Section 13.3
13.4 Concentration Terms
Molarity and Molality
Parts of Solute by Parts of Solution
Interconverting Concentration Terms
› Summary of Section 13.4
13.5 Colligative Properties of Solutions
Nonvolatile Nonelectrolyte Solutions
Using Colligative Properties to Find Solute Molar Mass
Volatile Nonelectrolyte Solutions
Strong Electrolyte Solutions
Applications of Colligative Properties
› Summary of Section 13.5
13.6 The Structure and Properties of Colloids
› Summary of Section 13.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Types of Solutions: Intermolecular Forces and Solubility
Why Substances Dissolve: Understanding the Solution Process
Solution Equilibrium and Factors Affecting Solubility
Concentration Terms
Colligative Properties of Solutions
The Structure and Properties of Colloids
Chapter 14: Periodic Patterns in the Main-Group Elements
Chapter 14 Introduction
In This Chapter …
14.1 Hydrogen, the Simplest Atom
Where Hydrogen Fits in the Periodic Table
Isotopes of Hydrogen
Highlights of Hydrogen Chemistry
14.2 Trends Across the Periodic Table: The Period 2 Elements
14.3 Group 1: The Alkali Metals
Why the Alkali Metals Are Unusual Physically
Why the Alkali Metals Are So Reactive
14.4 Group 2: The Alkaline Earth Metals
How the Alkaline Earth and Alkali Metals Compare Physically
How the Alkaline Earth and Alkali Metals Compare Chemically
14.5 Group 13: The Boron Family
How the Transition Elements Influence This Group’s Properties
Features That First Appear in This Group’s Chemical Properties
Highlights of Boron Chemistry
14.6 Group 14: The Carbon Family
How the Type of Bonding Affects Physical Properties
How Bonding Changes in This Group’s Compounds
Highlights of Carbon Chemistry
Highlights of Silicon Chemistry
14.7 Group 15: The Nitrogen Family
The Wide Range of Physical Behavior
Patterns in Chemical Behavior
Highlights of Nitrogen Chemistry
Highlights of Phosphorus Chemistry
14.8 Group 16: The Oxygen Family
How the Oxygen and Nitrogen Families Compare Physically
How the Oxygen and Nitrogen Families Compare Chemically
Highlights of Oxygen Chemistry: Range of Oxide Properties
Highlights of Sulfur Chemistry
14.9 Group 17: The Halogens
Physical Behavior of the Halogens
Why the Halogens Are So Reactive
Highlights of Halogen Chemistry
14.10 Group 18: The Noble Gases
How the Noble Gases and Alkali Metals Contrast Physically
Compounds of Noble Gases
Chapter Review Guide
Learning Objectives
Key Terms
Chapter Practice Test
Problems
Hydrogen, the Simplest Atom
Trends Across the Periodic Table: The Period 2 Elements
Group 1: The Alkali Metals
Group 2: The Alkaline Earth Metals
Group 13: The Boron Family
Group 14: The Carbon Family
Group 15: The Nitrogen Family
Group 16: The Oxygen Family
Group 17: The Halogens
Group 18: The Noble Gases
Comprehensive Problems
Chapter 15: Organic Compounds and the Atomic Properties of Carbon
Chapter 15 Introduction
In This Chapter …
15.1 The Special Nature of Carbon and the Characteristics of Organic Molecules
The Structural Complexity of Organic Molecules
The Chemical Diversity of Organic Molecules
› Summary of Section 15.1
15.2 The Structures and Classes of Hydrocarbons
Carbon Skeletons and Hydrogen Skins
Alkanes: Hydrocarbons with Only Single Bonds
Dispersion Forces and the Physical Properties of Alkanes
Constitutional Isomerism
Chiral Molecules and Optical Isomerism
Alkenes: Hydrocarbons with Double Bonds
Restricted Rotation and Geometric (cis-trans) Isomerism
Alkynes: Hydrocarbons with Triple Bonds
Aromatic Hydrocarbons: Cyclic Molecules with Delocalized π Electrons
› Summary of Section 15.2
15.3 Some Important Classes of Organic Reactions
Types of Organic Reactions
The Redox Process in Organic Reactions
› Summary of Section 15.3
15.4 Properties and Reactivities of Common Functional Groups
Functional Groups with Only Single Bonds
Functional Groups with Double Bonds
Functional Groups with Both Single and Double Bonds
Functional Groups with Triple Bonds
› Summary of Section 15.4
15.5 The Monomer-Polymer Theme I: Synthetic Macromolecules
Addition Polymers
Condensation Polymers
› Summary of Section 15.5
15.6 The Monomer-Polymer Theme II: Biological Macromolecules
Sugars and Polysaccharides
Amino Acids and Proteins
Nucleotides and Nucleic Acids
› Summary of Section 15.6
Chapter Review Guide
Learning Objectives
Key Terms
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Special Nature of Carbon and the Characteristics of Organic Molecules
The Structures and Classes of Hydrocarbons
Some Important Classes of Organic Reactions
Properties and Reactivities of Common Functional Groups
The Monomer-Polymer Theme I: Synthetic Macromolecules
The Monomer-Polymer Theme II: Biological Macromolecules
Comprehensive Problems
Chapter 16: Kinetics: Rates and Mechanisms of Chemical Reactions
Chapter 16 Introduction
In This Chapter …
16.1 Focusing on Reaction Rate
› Summary of Section 16.1
16.2 Expressing the Reaction Rate
Average, Instantaneous, and Initial Reaction Rates
Expressing Rate in Terms of Reactant and Product Concentrations
› Summary of Section 16.2
16.3 The Rate Law and Its Components
Some Laboratory Methods for Determining the Initial Rate
Determining Reaction Orders
Determining the Rate Constant
› Summary of Section 16.3
16.4 Integrated Rate Laws: Concentration Changes over Time
Integrated Rate Law and Reaction Half-Life for First-Order Reactions
Integrated Rate Law and Reaction Half-Life for Second-Order Reactions
Integrated Rate Law and Reaction Half-Life for Zero-Order Reactions
Determining Reaction Orders from an Integrated Rate Law
› Summary of Section 16.4
16.5 Theories of Chemical Kinetics
Collision Theory: Basis of the Rate Law
Transition State Theory: What the Activation Energy Is Used For
The Effect of Temperature on Rate
› Summary of Section 16.5
16.6 Reaction Mechanisms: The Steps from Reactant to Product
Elementary Reactions and Molecularity
The Rate-Determining Step of a Reaction Mechanism
Correlating the Mechanism with the Rate Law
› Summary of Section 16.6
16.7 Catalysis: Speeding Up a Reaction
The Basis of Catalytic Action
Homogeneous Catalysis
Heterogeneous Catalysis
Kinetics and Function of Biological Catalysts
› Summary of Section 16.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Focusing on Reaction Rate
Expressing the Reaction Rate
The Rate Law and Its Components
Integrated Rate Laws: Concentration Changes over Time
Theories of Chemical Kinetics
Reaction Mechanisms: The Steps from Reactant to Product
Catalysis: Speeding Up a Reaction
Comprehensive Problems
Chapter 17: Equilibrium: The Extent of Chemical Reactions
Chapter 17 Introduction
In This Chapter …
17.1 The Equilibrium State and the Equilibrium Constant
› Summary of Section 17.1
17.2 The Reaction Quotient and the Equilibrium Constant
The Changing Value of the Reaction Quotient
Writing the Reaction Quotient in Its Various Forms
› Summary of Section 17.2
17.3 Expressing Equilibria with Pressure Terms: Relation Between Kc and Kp
› Summary of Section 17.3
17.4 Comparing Q and K to Determine Reaction Direction
› Summary of Section 17.4
17.5 How to Solve Equilibrium Problems
Using Quantities to Find the Equilibrium Constant
Using the Equilibrium Constant to Find Quantities
Problems Involving Mixtures of Reactants and Products
› Summary of Section 17.5
17.6 Reaction Conditions and Equilibrium: Le Châtelier’s Principle
The Effect of a Change in Concentration
The Effect of a Change in Pressure (Volume)
The Effect of a Change in Temperature
The Lack of Effect of a Catalyst
› Summary of Section 17.6
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Equilibrium State and the Equilibrium Constant
The Reaction Quotient and the Equilibrium Constant
Expressing Equilibria with Pressure Terms: Relation Between Kc and Kp
Comparing Q and K to Determine Reaction Direction
How to Solve Equilibrium Problems
Reaction Conditions and Equilibrium: Le Châtelier’s Principle
Comprehensive Problems
Chapter 18: Acid-Base Equilibria
Chapter 18 Introduction
In This Chapter …
18.1 Release of H+ and OH− and the Arrhenius Definition
Arrhenius Acids and Bases
Arrhenius Acid-Base Reactions
› Summary of Section 18.1
18.2 Proton Transfer and the Brønsted-Lowry Acid-Base Definition
Conjugate Acid-Base Pairs
Relative Acid-Base Strength and the Net Direction of Reaction
› Summary of Section 18.2
18.3 Autoionization of Water and the pH Scale
The Equilibrium Nature of Autoionization: The Ion-Product Constant for Water K W
Expressing the Hydronium Ion Concentration: The pH Scale
› Summary of Section 18.3
18.4 Strong Acids and Bases and pH Calculations
Strong Acids
Strong Bases
Calculating pH for Strong Acids and Bases
› Summary of Section 18.4
18.5 Weak Acids and Their Equilibria Calculations
The Acid Dissociation Constant Ka
Finding Ka, Given Concentrations
Finding Concentrations, Given Ka
The Effect of Concentration on the Extent of Acid Dissociation
The Behavior of Polyprotic Acids
› Summary of Section 18.5
18.6 Molecular Properties and Acid Strength
Acid Strength of Binary Acids
Acid Strength of Oxoacids
Acidity of Hydrated Metal Ions
› Summary of Section 18.6
18.7 Weak Bases and Their Relation to Weak Acids
Molecules as Weak Bases: Ammonia and the Amines
Anions of Weak Acids as Weak Bases
The Relation Between K a and K b of a Conjugate Acid-Base Pair
› Summary of Section 18.7
18.8 Acid-Base Properties of Salt Solutions
The Effect of Cations on pH
The Effect of Anions on pH
Determining the Relative pH of a Cation/Anion Combination (Salt)
› Summary of Section 18.8
18.9 Generalizing the BrøNsted-Lowry Concept: The Leveling Effect
› Summary of Section 18.9
18.10 Electron-Pair Donation and the Lewis Acid-Base Definition
Molecules as Lewis Acids
Metal Cations as Lewis Acids
An Overview of Acid-Base Definitions
› Summary of Section 18.10
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Release ofH+andOH−and the Arrhenius Definition
Proton Transfer and the Brønsted-Lowry Acid-Base Definition
Autoionization of Water and the pH Scale
Strong Acids and Bases and pH Calculations
Weak Acids and Their Equilibria Calculations
Molecular Properties and Acid Strength
Weak Bases and Their Relation to Weak Acids
Acid-Base Properties of Salt Solutions
Generalizing the Brønsted-Lowry Concept: The Leveling Effect
Electron-Pair Donation and the Lewis Acid-Base Definition
Chapter 19: Ionic Equilibria in Aqueous Systems
Chapter 19 Introduction
In This Chapter …
19.1 The Common-Ion Effect
› Summary of Section 19.1
19.2 Equilibria of Acid-Base Buffers
What a Buffer Is and How It Works
The Henderson-Hasselbalch Equation
Buffer Capacity and Buffer Range
Preparing a Buffer
› Summary of Section 19.2
19.3 Acid-Base Titration Curves
Strong Acid–Strong Base Titration Curves
Weak Acid–Strong Base Titration Curves
Weak Base–Strong Acid Titration Curves
Monitoring pH with Acid-Base Indicators
Titration Curves for Polyprotic Acids
Amino Acids as Biological Polyprotic Acids
› Summary of Section 19.3
19.4 Equilibria of Slightly Soluble Ionic Compounds
The Solubility-Product Constant Ksp
Calculations Involving the Solubility-Product Constant
Effect of a Common Ion on Solubility
Effect of pH on Solubility
Applying Ionic Equilibria to the Formation of a Limestone Cave
Predicting the Formation of a Precipitate: Qsp Versus Ksp
Separating Ions by Selective Precipitation and Simultaneous Equilibria
› Summary of Section 19.4
19.5 Equilibria Involving Complex Ions
Formation of Complex Ions
Complex Ions and the Solubility of Precipitates
Complex Ions of Amphoteric Hydroxides
› Summary of Section 19.5
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Common-Ion Effect
Equilibria of Acid-Base Buffers
Acid-Base Titration Curves
Equilibria of Slightly Soluble Ionic Compounds
Equilibria Involving Complex Ions
Comprehensive Problems
Chapter 20: Thermodynamics: Entropy, Gibbs Energy, and Reaction Direction
Chapter 20 Introduction
In This Chapter …
20.1 The Second Law of Thermodynamics: Predicting Spontaneous Change
The First Law of Thermodynamics Does Not Predict Spontaneous Change
The Sign of Δ H Does Not Predict Spontaneous Change
Freedom of Particle Motion and Dispersal of Kinetic Energy
Entropy and the Number of Microstates
Entropy and the Second Law of Thermodynamics
Standard Molar Entropies and the Third Law
Predicting Relative S ° of a System
› Summary of Section 20.1
20.2 Calculating the Change in Entropy of a Reaction
Entropy Changes in the System: Standard Entropy of Reaction Δ S rxn °
Entropy Changes in the Surroundings: The Other Part of the Total
The Entropy Change and the Equilibrium State
Spontaneous Exothermic and Endothermic Changes
› Summary of Section 20.2
20.3 Entropy, Gibbs Energy, and Work
Gibbs Energy Change and Reaction Spontaneity
Calculating Standard Gibbs Energy Changes
The Gibbs Energy Change and the Work a System Can Do
The Effect of Temperature on Reaction Spontaneity
Coupling of Reactions to Drive a Nonspontaneous Change
› Summary of Section 20.3
20.4 Gibbs Energy, Equilibrium, and Reaction Direction
The Standard Gibbs Energy Change and the Equilibrium Constant
› Summary of Section 20.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Second Law of Thermodynamics: Predicting Spontaneous Change
Calculating the Change in Entropy of a Reaction
Entropy, Gibbs Energy, and Work
Gibbs Energy, Equilibrium, and Reaction Direction
Comprehensive Problems
Chapter 21: Electrochemistry: Chemical Change and Electrical Work
Chapter 21 Introduction
In This Chapter …
21.1 Oxidation-Reduction Reactions
A Quick Review of Oxidation-Reduction Concepts
Half-Reaction Method for Balancing Redox Reactions
› Summary of Section 21.1
21.2 Voltaic Cells: Using Spontaneous Reactions to Generate Electrical Energy
Construction and Operation of a Voltaic Cell
Notation for a Voltaic Cell
Why Does a Voltaic Cell Work?
› Summary of Section 21.2
21.3 Cell Potential: Output of a Voltaic Cell
Standard Cell Potential ( E cell ° )
Relative Strengths of Oxidizing and Reducing Agents
Using E half ‐ cell ° Values to Write Spontaneous Redox Reactions
Explaining the Activity Series of the Metals
› Summary of Section 21.3
21.4 Gibbs Energy and Electrical Work
Standard Cell Potential and the Equilibrium Constant
The Effect of Concentration on Cell Potential
Following Changes in Potential During Cell Operation
Concentration Cells
› Summary of Section 21.4
21.5 Electrochemical Processes in Batteries
Primary (Nonrechargeable) Batteries
Secondary (Rechargeable) Batteries
Fuel Cells
› Summary of Section 21.5
21.6 Corrosion: An Environmental Voltaic Cell
The Corrosion of Iron
Protecting Against the Corrosion of Iron
› Summary of Section 21.6
21.7 Electrolytic Cells: Using Electrical Energy to Drive Nonspontaneous Reactions
Construction and Operation of an Electrolytic Cell
Predicting the Products of Electrolysis
Stoichiometry of Electrolysis: The Relation Between Amounts of Charge and Products
› Summary of Section 21.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Oxidation-Reduction Reactions
Voltaic Cells: Using Spontaneous Reactions to Generate Electrical Energy
Cell Potential: Output of a Voltaic Cell
Gibbs Energy and Electrical Work
Electrochemical Processes in Batteries
Corrosion: An Environmental Voltaic Cell
Electrolytic Cells: Using Electrical Energy to Drive Nonspontaneous Reactions
Chapter 22: The Elements in Nature and Industry
Chapter 22 Introduction
In This Chapter …
22.1 How the Elements Occur in Nature
Earth’s Structure and the Abundance of the Elements
Sources of the Elements
› Summary of Section 22.1
22.2 The Cycling of Elements Through the Environment
The Carbon Cycle
The Nitrogen Cycle
The Phosphorus Cycle
› Summary of Section 22.2
22.3 Metallurgy: Extracting a Metal from Its Ore
Pretreating the Ore
Converting Mineral to Element
Refining and Alloying the Element
› Summary of Section 22.3
22.4 Tapping the Crust: Isolation and Uses of Selected Elements
Producing the Alkali Metals: Lithium, Sodium, and Potassium
The Indispensable Three: Iron, Copper, and Aluminum
Mining the Sea for Magnesium
The Sources and Uses of Hydrogen
› Summary of Section 22.4
22.5 Chemical Manufacturing: Two Case Studies
Sulfuric Acid, the Most Important Chemical
The Chlor-Alkali Process
› Summary of Section 22.5
Chapter Review Guide
Learning Objectives
Key Terms
Chapter Practice Test
Problems
How the Elements Occur in Nature
The Cycling of Elements Through the Environment
Metallurgy: Extracting a Metal from Its Ore
Tapping the Crust: Isolation and Uses of Selected Elements
Chemical Manufacturing: Two Case Studies
Comprehensive Problems
Chapter 23: Transition Elements and Their Coordination Compounds
Chapter 23 Introduction
In This Chapter …
23.1 Properties of the Transition Elements
Electron Configurations of the Transition Metals and Their Ions
Atomic and Physical Properties of the Transition Elements
Chemical Properties of the Transition Elements
› Summary of Section 23.1
23.2 The Inner Transition Elements
The Lanthanides
The Actinides
› Summary of Section 23.2
23.3 Coordination Compounds
Complex Ions: Coordination Numbers, Geometries, and Ligands
Formulas and Names of Coordination Compounds
Isomerism in Coordination Compounds
› Summary of Section 23.3
23.4 Theoretical Basis for the Bonding and Properties of Complex Ions
Applying Valence Bond Theory to Complex Ions
Crystal Field Theory
› Summary of Section 23.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equation and Relationship
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Properties of the Transition Elements
The Inner Transition Elements
Coordination Compounds
Theoretical Basis for the Bonding and Properties of Complexes
Comprehensive Problems
Chapter 24: Nuclear Reactions and Their Applications
Chapter 24 Introduction
In This Chapter …
24.1 Radioactive Decay and Nuclear Stability
Comparing Chemical and Nuclear Change
The Components of the Nucleus: Terms and Notation
Modes of Radioactive Decay; Balancing Nuclear Equations
Nuclear Stability and the Mode of Decay
› Summary of Section 24.1
24.2 The Kinetics of Radioactive Decay
Detection and Measurement of Radioactivity
The Rate of Radioactive Decay
Radioisotopic Dating
› Summary of Section 24.2
24.3 Nuclear Transmutation: Induced Changes in Nuclei
Early Transmutation Experiments; Nuclear Shorthand Notation
Particle Accelerators and the Transuranium Elements
› Summary of Section 24.3
24.4 Ionization: Effects of Nuclear Radiation on Matter
Effects of Ionizing Radiation on Living Tissue
Background Sources of Ionizing Radiation
Assessing the Risk from Ionizing Radiation
› Summary of Section 24.4
24.5 Applications of Radioisotopes
Radioactive Tracers
Additional Applications of Ionizing Radiation
› Summary of Section 24.5
24.6 The Interconversion of Mass and Energy
The Mass Difference Between a Nucleus and Its Nucleons
Nuclear Binding Energy and Binding Energy per Nucleon
› Summary of Section 24.6
24.7 Applications of Fission and Fusion
The Process of Nuclear Fission
The Promise of Nuclear Fusion
› Summary of Section 24.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Radioactive Decay and Nuclear Stability
The Kinetics of Radioactive Decay
Nuclear Transmutation: Induced Changes in Nuclei
Ionization: Effects of Nuclear Radiation on Matter
Applications of Radioisotopes
The Interconversion of Mass and Energy
Applications of Fission and Fusion
Comprehensive Problems
Chapter 7a: Quantum Theory and Atomic Structure (Advanced Topics)
Chapter 7 Introduction
In This Chapter …
7.1 The Nature of Light
The Wave Nature of Light
The Particle Nature of Light
› Summary of Section 7.1
7.2 Atomic Spectra
Line Spectra and the Rydberg Equation
The Bohr Model of the Hydrogen Atom
The Energy Levels of the Hydrogen Atom
› Summary of Section 7.2
7.3 The Wave-Particle Duality of Matter and Energy
The Wave Nature of Electrons
The Particle Nature of Photons
Wave-Particle Duality
Heisenberg’s Uncertainty Principle
› Summary of Section 7.3
7.4 The Quantum-Mechanical Model of the Atom
The Schrödinger Equation, the Atomic Orbital, and the Probable Location of the Electron
Quantum Numbers
Shapes of Atomic Orbitals
The Special Case of Energy Levels in the Hydrogen Atom
› Summary of Section 7.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Nature of Light
Atomic Spectra
The Wave-Particle Duality of Matter and Energy
The Quantum-Mechanical Model of the Atom
Comprehensive Problems
Chapter 16a: Kinetics: Rates and Mechanisms of Chemical Reactions (Advanced Topics)
Chapter 16 Introduction
In This Chapter …
16.1 Focusing on Reaction Rate
› Summary of Section 16.1
16.2 Expressing the Reaction Rate
Average, Instantaneous, and Initial Reaction Rates
Expressing Rate in Terms of Reactant and Product Concentrations
› Summary of Section 16.2
16.3 The Rate Law and Its Components
Some Laboratory Methods for Determining the Initial Rate
Determining Reaction Orders
Determining the Rate Constant
› Summary of Section 16.3
16.4 Integrated Rate Laws: Concentration Changes over Time
Integrated Rate Law and Reaction Half-Life for First-Order Reactions
Integrated Rate Law and Reaction Half-Life for Second-Order Reactions
Integrated Rate Law and Reaction Half-Life for Zero-Order Reactions
Determining Reaction Orders from an Integrated Rate Law
› Summary of Section 16.4
16.5 Theories of Chemical Kinetics
Collision Theory: Basis of the Rate Law
Transition State Theory: What the Activation Energy Is Used For
The Effect of Temperature on Rate
› Summary of Section 16.5
16.6 Reaction Mechanisms: The Steps from Reactant to Product
Elementary Reactions and Molecularity
The Rate-Determining Step of a Reaction Mechanism
Correlating the Mechanism with the Rate Law
› Summary of Section 16.6
16.7 Catalysis: Speeding Up a Reaction
The Basis of Catalytic Action
Homogeneous Catalysis
Heterogeneous Catalysis
Kinetics and Function of Biological Catalysts
› Summary of Section 16.7
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
Focusing on Reaction Rate
Expressing the Reaction Rate
The Rate Law and Its Components
Integrated Rate Laws: Concentration Changes over Time
Theories of Chemical Kinetics
Reaction Mechanisms: The Steps from Reactant to Product
Catalysis: Speeding Up a Reaction
Comprehensive Problems
Chapter 20a: Thermodynamics: Entropy, Gibbs Energy, and Reaction Direction (Advanced Topics)
Chapter 20 Introduction
In This Chapter …
20.1 The Second Law of Thermodynamics: Predicting Spontaneous Change
The First Law of Thermodynamics Does Not Predict Spontaneous Change
The Sign of Δ H Does Not Predict Spontaneous Change
Freedom of Particle Motion and Dispersal of Kinetic Energy
Entropy and the Number of Microstates
Quantitative Meaning of an Entropy Change—Measuring Thermodynamic Variables
Entropy and the Second Law of Thermodynamics
Standard Molar Entropies and the Third Law
Predicting Relative S ° of a System
› Summary of Section 20.1
20.2 Calculating the Change in Entropy of a Reaction
Entropy Changes in the System: Standard Entropy of Reaction Δ S rxn °
Entropy Changes in the Surroundings: The Other Part of the Total
The Entropy Change and the Equilibrium State
Spontaneous Exothermic and Endothermic Changes
› Summary of Section 20.2
20.3 Entropy, Gibbs Energy, and Work
Gibbs Energy Change and Reaction Spontaneity
Calculating Standard Gibbs Energy Changes
The Gibbs Energy Change and the Work a System Can Do
The Effect of Temperature on Reaction Spontaneity
Coupling of Reactions to Drive a Nonspontaneous Change
› Summary of Section 20.3
20.4 Gibbs Energy, Equilibrium, and Reaction Direction
The Standard Gibbs Energy Change and the Equilibrium Constant
› Summary of Section 20.4
Chapter Review Guide
Learning Objectives
Key Terms
Key Equations and Relationships
Chapter Practice Test
Brief Solutions to Follow-Up Problems
Problems
The Second Law of Thermodynamics: Predicting Spontaneous Change
Calculating the Change in Entropy of a Reaction
Entropy, Gibbs Energy, and Work
Gibbs Energy, Equilibrium, and Reaction Direction
Comprehensive Problems
Appendix A: Common Mathematical Operations in Chemistry
Appendix A: Common Mathematical Operations in Chemistry
Manipulating Logarithms
Using Exponential (Scientific) Notation
Solving Quadratic Equations
Graphing Data in the form of a Straight Line
Appendix B: Standard Thermodynamic Values for Selected Substances
Appendix B: Standard Thermodynamic Values for Selected Substances
Appendix C: Equilibrium Constants for Selected Substances
Appendix C: Equilibrium Constants for Selected Substances
Appendix D: Standard Electrode (Half-Cell) Potentials
Appendix D: Standard Electrode (Half-Cell) Potentials
Appendix E: Answers to Selected Problems
Answers to Selected Problems: Chapter 1
Answers to Selected Problems: Chapter 2
Answers to Selected Problems: Chapter 3
Answers to Selected Problems: Chapter 4
Answers to Selected Problems: Chapter 5
Answers to Selected Problems: Chapter 6
Answers to Selected Problems: Chapter 7
Answers to Selected Problems: Chapter 8
Answers to Selected Problems: Chapter 9
Answers to Selected Problems: Chapter 10
Answers to Selected Problems: Chapter 11
Answers to Selected Problems: Chapter 12
Answers to Selected Problems: Chapter 13
Answers to Selected Problems: Chapter 14
Answers to Selected Problems: Chapter 15
Answers to Selected Problems: Chapter 16
Answers to Selected Problems: Chapter 17
Answers to Selected Problems: Chapter 18
Answers to Selected Problems: Chapter 19
Answers to Selected Problems: Chapter 20
Answers to Selected Problems: Chapter 21
Answers to Selected Problems: Chapter 22
Answers to Selected Problems: Chapter 23
Answers to Selected Problems: Chapter 24
Appendix F: Tutorial Videos for Select ALEKS Drawing Tools
Appendix F: Tutorial Videos for Select ALEKS Drawing Tools
Draw molecules
Draw a condensed structure
Draw a molecule with a ring
Add lone pairs and charges to a molecule
Fix a mistake while drawing a molecule
Add other atoms and groups to a molecule
Add wedge and hash-wedge bonds to a molecule
Draw a big molecule quickly
Draw a Fischer projection
Draw a Haworth projection
Draw a biochemical pathway diagram
Complete a biochemical pathway diagram
Appendix G: ALEKS Topic Explanation Videos
Appendix G: ALEKS Topic Explanation Videos
Answers to the Practice Tests
Answers to the Practice Tests: Chapter 1
Answers to the Practice Tests: Chapter 2
Answers to the Practice Tests: Chapter 3
Answers to the Practice Tests: Chapter 4
Answers to the Practice Tests: Chapter 5
Answers to the Practice Tests: Chapter 6
Answers to the Practice Tests: Chapter 6: Boxed Reading Problems
Answers to the Practice Tests: Chapter 7
Answers to the Practice Tests: Chapter 8
Answers to the Practice Tests: Chapter 9
Answers to the Practice Tests: Chapter 10
Answers to the Practice Tests: Chapter 11
Answers to the Practice Tests: Chapter 12
Answers to the Practice Tests: Chapter 13
Answers to the Practice Tests: Chapter 14
Answers to the Practice Tests: Chapter 15
Answers to the Practice Tests: Chapter 16
Answers to the Practice Tests: Chapter 17
Answers to the Practice Tests: Chapter 18
Answers to the Practice Tests: Chapter 19
Answers to the Practice Tests: Chapter 20
Answers to the Practice Tests: Chapter 21
Answers to the Practice Tests: Chapter 22
Answers to the Practice Tests: Chapter 23
Answers to the Practice Tests: Chapter 24
Glossary
Glossary
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B
C
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Z
Index
Index
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
Data Tables
Data Tables
Fundamental Physical Constants (six significant figures)
Accessibility Content: Extended Descriptions for Images
An Illustration Shows The Modern Periodic Table Extended Description (FM)
Three Photos Show Burning Magnesium Extended Description (FM)
Two Textbook Pages Show Worked Chemistry Problems Extended Description (FM)
Three Textbook Panels on Chemical Connections Problems Extended Description (FM)
A Section Summary Lists Extended Description (FM)
Two-Page Chapter Review Extended Description (FM)
Two Textbook Panels with Problem Sets Problems Extended Description (FM)
Textbook Solution Showing Step-by-Step Extended Description (FM)
Laboratory Bench Displays Flasks Extended Description (FM)
Figure 1.1 Extended Description (Chapter 1)
Figure 1.2 Extended Description (Chapter 1)
An Illustration Shows Sample A Extended Description (Chapter 1)
A Diagram of Particles in Two Containers with Red and Blue Spheres Extended Description (Chapter 1)
Red Particles Move from Being Clustered Extended Description (Chapter 1)
Figure 1.3 Extended Description (Chapter 1)
Figure 1.4 Extended Description (Chapter 1)
Figure 1.5 Extended Description (Chapter 1)
Figure 1.6 Extended Description (Chapter 1)
Figure 1.7 Extended Description (Chapter 1)
Figure 1.8 Extended Description (Chapter 1)
Figure 1.9 Extended Description (Chapter 1)
Figure 1.10 Extended Description (Chapter 1)
Figure 1.12 Extended Description (Chapter 1)
A Flowchart Shows Conversion of Length Extended Description (Chapter 1)
A Flowchart Shows Conversion of Volume in Milliliters Extended Description (Chapter 1)
A Flowchart Shows Conversion of Length of Fiber Extended Description (Chapter 1)
A Flowchart Shows Conversion of Fabric in Number Extended Description (Chapter 1)
Two Flowcharts Show Steps to Calculate Lithium Extended Description (Chapter 1)
Figure 1.13 Extended Description (Chapter 1)
Road Map 1.6A Extended Description (Chapter 1)
Road Map 1.6B Extended Description (Chapter 1)
Road Map 1.7A Extended Description (Chapter 1)
Road Map 1.7B Extended Description (Chapter 1)
Road Map 1.8A Extended Description (Chapter 1)
Road Map 1.8B Extended Description (Chapter 1)
A Flowchart Shows Conversion of Area in Square Extended Description (Chapter 1)
A Flowchart Shows Conversion of Mass in Kilograms Extended Description (Chapter 1)
Road Map 1.10A Extended Description (Chapter 1)
Road Map 1.10B Extended Description (Chapter 1)
Four Labeled Circles A, B, C, and D Extended Description (Chapter 1)
A Metal Strip Next to a Centimeter Scale Extended Description (Chapter 1)
Four Labeled Targets Exp. 1 to Exp 4 Extended Description (Chapter 1)
Three Labeled Cylinders A, B, and C Extended Description (Chapter 1)
Three Labeled Beakers A, B, and C Extended Description (Chapter 1)
Potential Energy Diagram, b, for 2 Positive Charges Extended Description (Chapter 1)
Two-Part Illustrations a and b Extended Description (Chapter 1)
An Illustration Shows Mixture A of Temperature 273 Kelvin Extended Description (Chapter 1)
Figure 2.1 Extended Description (Chapter 2)
Space-Filling Model of Ammonia Molecule Extended Description (Chapter 2)
Figure 2.3 Extended Description (Chapter 2)
A Circular Area Shows Different Diatomic1 Extended Description (Chapter 2)
Atomic Scale View of a Sample of Matter Extended Description (Chapter 2)
A Diagram of Particles in Two Containers Showing Blue Extended Description (Chapter 2)
Figure 2.4 Extended Description (Chapter 2)
Figure 2.5 Extended Description (Chapter 2)
An Illustration Shows a Tray of Marbles Extended Description (Chapter 2)
Figure 2.6 Extended Description (Chapter 2)
Two Flowcharts Show Conversion of Mass of Pitchblende Extended Description (Chapter 2)
Two Circles Show Gas Particles Extended Description (Chapter 2)
Atomic-Scale View of a Chemical Reaction Extended Description (Chapter 2)
Atomic Scale View of a Sample of Matter Extended Description (Chapter 2)
Figure 2.7 Extended Description (Chapter 2)
Figure 2.8 Extended Description (Chapter 2)
Figure 2.9 Extended Description (Chapter 2)
Figure 2.10 Extended Description (Chapter 2)
Diagram Labels Atomic Symbol X Extended Description (Chapter 2)
Four Spheres Show Atoms of Carbon-12 Extended Description (Chapter 2)
A High-Energy Electron Source Strikes Extended Description (Chapter 2)
A Flowchart Shows Conversion of Mass Extended Description (Chapter 2)
Figure 2.13 Extended Description (Chapter 2)
Figure 2.14 Extended Description (Chapter 2)
Figure 2.15 Extended Description (Chapter 2)
Figure 2.16 Extended Description (Chapter 2)
Figure 2.17 Extended Description (Chapter 2)
Figure 2.18 Extended Description (Chapter 2)
Sodium Transfers One Electron to Chlorine Extended Description (Chapter 2)
Chlorine and Bromine Atoms Share Electrons Extended Description (Chapter 2)
Figure 2.19 Extended Description (Chapter 2)
Figure 2.20 Extended Description (Chapter 2)
Figure 2.21 Extended Description (Chapter 2)
Figure 2.22 Extended Description (Chapter 2)
Figure 2.24 Extended Description (Chapter 2)
Figure 2.25 Extended Description (Chapter 2)
Space-Filling Model of Propane Shows Extended Description (Chapter 2)
Space-Filling Model of Butane Shows Extended Description (Chapter 2)
Space-Filling Model of Pentane Shows Extended Description (Chapter 2)
Space-Filling Model of Hexane Shows Extended Description (Chapter 2)
Space-Filling Model of Heptane Shows Extended Description (Chapter 2)
Space-Filling Model of Octane Shows Extended Description (Chapter 2)
Space-Filling Model of Nonane Shows Extended Description (Chapter 2)
Space-Filling Model of Decane Shows Extended Description (Chapter 2)
Figure 2.26 Extended Description (Chapter 2)
A Cube of Alternating Extended Description (Chapter 2)
A Circular Container Extended Description (Chapter 2)
A Circular Container Holds Rows Extended Description (Chapter 2)
Ball-and-Stick Model of Water Molecule Extended Description (Chapter 2)
Ball-and-Stick Model of Carbon Monoxide Extended Description (Chapter 2)
Space-Filling Model of Carbon Monoxide Shows a Carbon Extended Description (Chapter 2)
Ball-and-Stick Model of Nitrogen Dioxide Extended Description (Chapter 2)
Ball-and-Stick Model of Nitrogen Dioxide Shows a Central Nitrogen Extended Description (Chapter 2)
A Structural Formula of a Benzene Ring with Two Substituents Extended Description (Chapter 2)
Ball-and-Stick Model of Aspirin Extended Description (Chapter 2)
Space-Filling Model of Aspirin Extended Description (Chapter 2)
Figure 2.27 Extended Description (Chapter 2)
Atomic Scale View of a Sample of Matter, a, Shows a Type of Atom Extended Description (Chapter 2)
Atomic Scale View of a Sample of Matter, A, Shows 3 Types of Molecules Extended Description (Chapter 2)
Ball-and-Stick Model of a Molecule, b, Shows 3 Carbon Atoms Extended Description (Chapter 2)
Ball-and-Stick Model of a Molecule, b, Shows 2 Carbon Atoms Extended Description (Chapter 2)
A Circle with Five Moving Molecules Extended Description (Chapter 2)
Ball-and-Stick Model of Boron Fluoride, a, Shows a Bromine Atom Extended Description (Chapter 2)
A Sample of Matter Extended Description (Chapter 2)
An Illustration Shows a Sample of Matter Extended Description (Chapter 2)
Ball-and-Stick Model of Succinic Acid Extended Description (Chapter 2)
Periodic Table Shows Locations Extended Description (Chapter 2)
Ball-and-Stick Model of Trinitrotoluene Shows Carbon Extended Description (Chapter 2)
Periodic Table Shows Locations of 11 Elements Extended Description (Chapter 2)
A Tree Diagram Shows Steps Extended Description (Chapter 2)
A Series of Illustrations Shows Changes Extended Description (Chapter 2)
An Illustration Shows Marbles Stacked Tightly Extended Description (Chapter 3)
Figure 3.1 Extended Description (Chapter 3)
Space-Filling Model of 6-Member Ring Extended Description (Chapter 3)
Figure 3.2 Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Silver Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Gallium Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Iron Extended Description (Chapter 3)
Figure 3.3 Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Ammonium Carbonate Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of element X Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Nitrogen in Moles Extended Description (Chapter 3)
A Cyclic Structural Diagram of Glucose Extended Description (Chapter 3)
A Cyclic Structural Diagram of Fructose Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Each Element Extended Description (Chapter 3)
Figure 3.4 Extended Description (Chapter 3)
A Chemical Equation Shows Reactants Magnesium and Oxygen Extended Description (Chapter 3)
A Chemical Equation Reads, 1 M g Extended Description (Chapter 3)
Figure 3.5 Extended Description (Chapter 3)
A Chemical Equation Reads, 1 M g Plus 1 Over Extended Description (Chapter 3)
A Chemical Equation Reads, 2 M g Plus Extended Description (Chapter 3)
A Chemical Equation Reads, 2 M g Plus O 2 Extended Description (Chapter 3)
An Equation Reads, Reactants, 2 M g, 2 O Yield Extended Description (Chapter 3)
Figure 3.6 Extended Description (Chapter 3)
A Chemical Equation Accompanied by Space-Filling Extended Description (Chapter 3)
A Chemical Reaction Shows Red and Blue Molecules Extended Description (Chapter 3)
Molecules of Red and Black Spheres Extended Description (Chapter 3)
Blue and White Gas Molecules Rearrange Extended Description (Chapter 3)
Ball-and-Stick Style Molecular Diagram Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Copper Sulfide Extended Description (Chapter 3)
Figure 3.7 Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Copper Oxide Extended Description (Chapter 3)
Figure 3.8 Extended Description (Chapter 3)
A Circular Space Contains Multiple Green Diatomic Gas Extended Description (Chapter 3)
A Sample of Matter Shows Two Types of Molecules Extended Description (Chapter 3)
Red and Blue Diatomic Gas Molecules Extended Description (Chapter 3)
Red and Yellow Triatomic Molecules Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Hydrazine Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Dinitrogen Tetroxide Extended Description (Chapter 3)
Figure 3.9 Extended Description (Chapter 3)
A Labeled Diagram Shows a Command Module Extended Description (Chapter 3)
Figure 3.10 Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Silicon Dioxide Extended Description (Chapter 3)
Figure 3.11 Extended Description (Chapter 3)
Ball-and-Stick Molecular Model Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Carbon in Milligrams Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Aluminum Extended Description (Chapter 3)
A Flowchart Shows Conversion of Number of Nitrogen Molecules Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Helium Extended Description (Chapter 3)
A Flowchart Shows Conversion of Number of Manganese Atoms Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Copper in Grams Extended Description (Chapter 3)
A Flowchart Shows Conversion of Number of Molecules Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Calcium Phosphate Extended Description (Chapter 3)
A Flowchart Shows Conversion of Amount of Iron in Moles Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Silver Sulfide Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Aluminum Oxide Extended Description (Chapter 3)
A Flowchart Shows Conversion of Mass of Silver Sulfide Extended Description (Chapter 3)
Ball-and-Stick Model of Cisplatin Structure Extended Description (Chapter 3)
Ball-and-Stick Model of Allyl Sulfide Structure Extended Description (Chapter 3)
A Flowchart Shows the Steps Extended Description (Chapter 3)
Figure P3.38 Extended Description (Chapter 3)
Figure P3.39 Extended Description (Chapter 3)
Ball-and-Stick Model of Acetaminophen Structure Extended Description (Chapter 3)
A Diagram Shows Two Circles with Green and Red Extended Description (Chapter 3)
A Diagram Shows Green Diatomic Molecules and Gray Extended Description (Chapter 3)
A Flowchart Shows the Calculation Extended Description (Chapter 3)
A Sample of Matter With 2 Different Molecules Extended Description (Chapter 3)
A Sample of Matter With 2 Different Molecules Moving Far Apart Extended Description (Chapter 3)
A Circular Container Labeled Extended Description (Chapter 3)
Ball-and-Stick Models of Ethane, Propane, Benzene, and Ethanol Extended Description (Chapter 3)
Ball-and-Stick Models Toluene Extended Description (Chapter 3)
A Diagram of Particles in Two Containers Extended Description (Chapter 3)
A Ball-and-Stick Model Labeled Extended Description (Chapter 3)
A Circular Container Labeled Extended Description (Chapter 3)
An Illustration Shows a Molecular Extended Description (Chapter 3)
Ball-and-Stick Model of Citric Acid Structure Extended Description (Chapter 3)
A Circular Container with Multiple Pairs Extended Description (Chapter 3)
A Circular Container Labeled Extended Description (Chapter 3)
Ball-and-Stick Model of a Chemical Reaction Extended Description (Chapter 3)
A Road Map Shows Conversion of Amount of Glycine Extended Description (Chapter 4)
Figure 4.1 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of Solution Extended Description (Chapter 4)
Figure 4.2 Extended Description (Chapter 4)
Figure 4.3 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of Dilute Solution Extended Description (Chapter 4)
Beaker With a Light Blue Solution Extended Description (Chapter 4)
A Beaker, a, Contains a Solution Extended Description (Chapter 4)
A Beaker, a, Contains a Solution Filled up to Half Level Extended Description (Chapter 4)
Figure 4.4 Extended Description (Chapter 4)
Figure 4.5 Extended Description (Chapter 4)
Figure 4.6 Extended Description (Chapter 4)
A Beaker Containing Aqueous Solution Extended Description (Chapter 4)
A Beaker Containing Aqueous Solution Shows 2 Types of Ions Extended Description (Chapter 4)
A Molecular Equation Shows Addition of 2 Molecules Extended Description (Chapter 4)
Figure 4.7 Extended Description (Chapter 4)
Figure 4.8 Extended Description (Chapter 4)
Two Beakers: A has Purple Positive and Orange Extended Description (Chapter 4)
Two Beakers Labeled A and B Contain Ions Extended Description (Chapter 4)
Addition of Beakers A and B Containing Aqueous Extended Description (Chapter 4)
Figure 4.9 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of M g C l 2 Solution Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of F e C l 3 Solution Extended Description (Chapter 4)
A Chemical Equation Reads, H B r in Gaseous Extended Description (Chapter 4)
Figure 4.10 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of H N O 3 Extended Description (Chapter 4)
Figure 4.12 Extended Description (Chapter 4)
Figure 4.13 Extended Description (Chapter 4)
A Road Map Shows Conversion of Mass of M g (O H) 2 Extended Description (Chapter 4)
Figure 4.14 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of Base in Liters Extended Description (Chapter 4)
Figure 4.15 Extended Description (Chapter 4)
Molecular Formula of Zinc Chloride Extended Description (Chapter 4)
Molecular Formula of Sulfur Trioxide Extended Description (Chapter 4)
Molecular Formula of Nitric Acid Extended Description (Chapter 4)
Molecular Formula of Dichromate Ion Extended Description (Chapter 4)
Balanced Reaction Showing Aluminum Oxidizing Extended Description (Chapter 4)
Balanced Reaction of Sulfuric Acid and Sodium Extended Description (Chapter 4)
Reaction Showing P b O Reduced to P b and C O Extended Description (Chapter 4)
Hydrogen Ion Plus Hydroxide Ion Yields Liquid Water Extended Description (Chapter 4)
Figure 4.16 Extended Description (Chapter 4)
Figure 4.17 Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of K M n O 4 Solution Extended Description (Chapter 4)
Figure 4.18 Extended Description (Chapter 4)
Four Atoms of Solid Aluminum Extended Description (Chapter 4)
One Molecule of Nitrogen Gas Extended Description (Chapter 4)
One Molecule of Solid Tetraphosphorus Extended Description (Chapter 4)
One Molecule of Nitrogen Gas Reacts with One Molecule Extended Description (Chapter 4)
Two Molecules of Nitrogen Monoxide Gas Extended Description (Chapter 4)
One Molecule of Liquid Phosphorus Trichloride Extended Description (Chapter 4)
Two Units of Solid Potassium Chlorate Decompose Extended Description (Chapter 4)
Figure 4.19 Extended Description (Chapter 4)
Two Molecules of Liquid Water Decompose by Electricity Extended Description (Chapter 4)
Two Units of Molten Sodium Chloride Decompose by Electricity Extended Description (Chapter 4)
Chemical Equation for a Precipitation by Electricity Extended Description (Chapter 4)
Figure 4.20 Extended Description (Chapter 4)
Aluminum Reacts with Steam Extended Description (Chapter 4)
Nickel Reacts with Hydrogen Ion Extended Description (Chapter 4)
Zinc Displaces Copper from Copper Sulfate Extended Description (Chapter 4)
Figure 4.22 Extended Description (Chapter 4)
Figure 4.23 Extended Description (Chapter 4)
Chlorine Displaces Bromide Ions to form Bromine and Chloride Extended Description (Chapter 4)
Figure 4.24 Extended Description (Chapter 4)
Carbon Monoxide Reacts with Oxygen Extended Description (Chapter 4)
Magnesium Reacts with Nitrogen Extended Description (Chapter 4)
Hydrogen Peroxide Breaks Down Extended Description (Chapter 4)
Aluminum Reacts with Lead Nitrate Extended Description (Chapter 4)
Figure 4.25 Extended Description (Chapter 4)
A Road Map Shows Conversion of Mass of Sucrose Extended Description (Chapter 4)
A Road Map Shows Conversion of Volume of Solution Extended Description (Chapter 4)
A Beaker Containing Aqueous Solution Extended Description (Chapter 4)
Nitrogen Trichloride Reacts with Water Extended Description (Chapter 4)
Silver Nitrate Reacts with Ammonium Iodide Extended Description (Chapter 4)
Hydrogen Sulfide Reacts with Oxygen Extended Description (Chapter 4)
Chemical Equation for a Reaction Shows Oxidation Extended Description (Chapter 4)
Ethane Reacts with Oxygen Extended Description (Chapter 4)
Chemical Equation for a Reaction Extended Description (Chapter 4)
Box A with 12 Blue Spheres Extended Description (Chapter 4)
A Beaker Labeled Extended Description (Chapter 4)
Enlarged View of a Unit Volume Extended Description (Chapter 4)
Enlarged Views of a Unit Volume of 3 Aqueous Solutions Extended Description (Chapter 4)
Addition of 2 Aqueous Solutions Extended Description (Chapter 4)
A Circular Illustration Shows 5 Green Extended Description (Chapter 4)
Addition of 2 Aqueous Solutions Containing Particles Extended Description (Chapter 4)
A Solution in a Conical Flask Extended Description (Chapter 4)
Four Molecular Scenes, A to D Extended Description (Chapter 4)
Addition of 2 Aqueous Solutions Extended Description (Chapter 4)
A Flask Labeled 25.0 Milliliters Extended Description (Chapter 4)
Figure 5.1 Extended Description (Chapter 5)
Figure 5.2 Extended Description (Chapter 5)
Figure 5.3 Extended Description (Chapter 5)
Figure 5.4 Extended Description (Chapter 5)
A Blood Pressure Monitor Sevice Extended Description (Chapter 5)
Figure 5.5 Extended Description (Chapter 5)
Figure 5.6 Extended Description (Chapter 5)
Figure 5.7 Extended Description (Chapter 5)
Figure 5.8 Extended Description (Chapter 5)
An Illustration of the Lungs Depicting Extended Description (Chapter 5)
Figure 5.9 Extended Description (Chapter 5)
Figure 5.11 Extended Description (Chapter 5)
A Road Map Shows Conversion of Volume, V Sub 2 Extended Description (Chapter 5)
A Road Map Shows Conversion of Temperatures Extended Description (Chapter 5)
A Road Map Shows Conversion of n Sub 1 of Helium Extended Description (Chapter 5)
A Piston Cylinder Gets Converted from Before 150 K Extended Description (Chapter 5)
A Piston Cylinder Gets Converted from Before Negative 73 Degree Extended Description (Chapter 5)
A Piston Cylinder Gets Converted from Before 199 Degree Celsius Extended Description (Chapter 5)
A Road Map Shows Conversion of Mass of each Gas Extended Description (Chapter 5)
Figure 5.12 Extended Description (Chapter 5)
A Road Map Shows Conversion of P Subscript Extended Description (Chapter 5)
Diagram Compares Natural and Enhanced Greenhouse Extended Description (Chapter 5)
Figure 5.13 Extended Description (Chapter 5)
A Road Map Shows Conversion of Mass of L i O H Extended Description (Chapter 5)
Figure 5.14 Extended Description (Chapter 5)
Figure 5.16 Extended Description (Chapter 5)
Figure 5.17 Extended Description (Chapter 5)
Figure 5.18 Extended Description (Chapter 5)
Figure 5.19 Extended Description (Chapter 5)
Figure 5.20 Extended Description (Chapter 5)
Figure 5.21 Extended Description (Chapter 5)
Figure 5.23 Extended Description (Chapter 5)
Figure 5.24 Extended Description (Chapter 5)
Figure 5.25 Extended Description (Chapter 5)
Figure P5.10 Extended Description (Chapter 5)
Figure P5.11 Extended Description (Chapter 5)
Figure P5.12 Extended Description (Chapter 5)
Figure P5.13 Extended Description (Chapter 5)
A Molecular Scene Shows 4 Types Extended Description (Chapter 5)
A Piston-Cylinder Setup Shows a Type of Gas Extended Description (Chapter 5)
A Graph Compares Distribution Curves of 2 Different Gases Extended Description (Chapter 5)
A Graph Compares Distribution Curves of a Gas at 2 Extended Description (Chapter 5)
A Set of Three Labeled Circles Extended Description (Chapter 5)
Three Containers, A, B, and C Extended Description (Chapter 5)
A Flask with a Volatile Liquid of Known Volume Extended Description (Chapter 5)
A Piston-Cylinder Setup A Half-Filled Extended Description (Chapter 5)
Figure 6.1 Extended Description (Chapter 6)
Figure 6.2 Extended Description (Chapter 6)
Figure 6.3 Extended Description (Chapter 6)
Figure 6.4 Extended Description (Chapter 6)
Figure 6.5 Extended Description (Chapter 6)
Figure 6.6 Extended Description (Chapter 6)
Figure 6.7 Extended Description (Chapter 6)
A Road Map Shows Conversion of Change in Volume, Delta V Extended Description (Chapter 6)
Figure 6.8 Extended Description (Chapter 6)
Figure 6.9 Extended Description (Chapter 6)
H 2 Plus 1 Half O 2 Gas Extended Description (Chapter 6)
Figure 6.10 Extended Description (Chapter 6)
A Road Map Shows Conversion of Volumes of N a O H Extended Description (Chapter 6)
Road Map b Shows Conversion of Volumes of H C l and N a O H Extended Description (Chapter 6)
Figure 6.11 Extended Description (Chapter 6)
Road Map Shows Conversion of Initial and Final Extended Description (Chapter 6)
Nutrition Label Shows 230 Calories Extended Description (Chapter 6)
Figure 6.12 Extended Description (Chapter 6)
Road Map a Shows Conversion of Heat in Kilojoules Extended Description (Chapter 6)
Road Map b Shows Conversion of Mass of Aluminum Oxide Extended Description (Chapter 6)
Enthalpy Diagram Shows Liquid Trinitroglycerin Extended Description (Chapter 6)
An Enthalpy Diagram Shows Value Extended Description (Chapter 6)
A Vertical Enthalpy Diagram Extended Description (Chapter 6)
A Vertical Enthalpy Diagram Extended Description (Chapter 6)
Diagram Shows Methanol and Oxygen Extended Description (Chapter 6)
Figure 6.13 Extended Description (Chapter 6)
Conversion of a Phase Shows Molecular Scenes Extended Description (Chapter 6)
A Piston-Cylinder Setup Shows Change in Molecular Extended Description (Chapter 6)
Figure P6.72 Extended Description (Chapter 6)
Figure P6.73 Extended Description (Chapter 6)
A Chemical Equation Shows 1 Molecule Extended Description (Chapter 6)
Conversion of a Molecular Scene Extended Description (Chapter 6)
Two Atomic-Scale Views Show Extended Description (Chapter 6)
Figure 7.1 Extended Description (Chapter 7)
Figure 7.2 Extended Description (Chapter 7)
Figure 7.3 Extended Description (Chapter 7)
A Road Map Shows Conversion of Wavelength Extended Description (Chapter 7)
Figure 7.4 Extended Description (Chapter 7)
Figure 7.5 Extended Description (Chapter 7)
Figure 7.6 Extended Description (Chapter 7)
Figure 7.8 Extended Description (Chapter 7)
Rainbow on Sky Shows 7 Colors Extended Description (Chapter 7)
Figure 7.9 Extended Description (Chapter 7)
Figure 7.10 Extended Description (Chapter 7)
Figure 7.11 Extended Description (Chapter 7)
Figure 7.12 Extended Description (Chapter 7)
Analogy for Energy Level Diagram Shows Extended Description (Chapter 7)
Absorption and Emission Spectra of Helium Show Extended Description (Chapter 7)
Figure 7.13 Extended Description (Chapter 7)
Figure 7.16 Extended Description (Chapter 7)
Illustration of Fallen Apples Around The Tree Extended Description (Chapter 7)
Figure 7.17 Extended Description (Chapter 7)
Figure 7.18 Extended Description (Chapter 7)
Figure 7.19 Extended Description (Chapter 7)
Figure 7.20 Extended Description (Chapter 7)
Figure 7.21 Extended Description (Chapter 7)
Figure 7.22 Extended Description (Chapter 7)
Figure 7.23 Extended Description (Chapter 7)
Three Graphs, A, B, and C Extended Description (Chapter 7)
Bohr-Model Representation of Hydrogen Atom Extended Description (Chapter 7)
A Line Graph Shows Change in Kinetic Energy Extended Description (Chapter 7)
Representation of 3 s Orbital Accompanied Extended Description (Chapter 7)
Figure 8.1 Extended Description (Chapter 8)
Figure 8.2 Extended Description (Chapter 8)
Figure 8.3 Extended Description (Chapter 8)
Figure 8.4 Extended Description (Chapter 8)
Shorthand Notation of Electron Configuration Extended Description (Chapter 8)
Electron Configuration for Helium Extended Description (Chapter 8)
Electron Configuration for Lithium Extended Description (Chapter 8)
Figure 8.5 Extended Description (Chapter 8)
Electron Configuration for Beryllium Extended Description (Chapter 8)
Electron Configuration for Boron Extended Description (Chapter 8)
Electron Configuration for Carbon Extended Description (Chapter 8)
Electron Configuration for Nitrogen Extended Description (Chapter 8)
Electron Configuration for Oxygen Extended Description (Chapter 8)
Electron Configuration for Fluorine Extended Description (Chapter 8)
Electron Configuration for Neon Extended Description (Chapter 8)
Figure 8.6 Extended Description (Chapter 8)
A Single Box Labeled 3 s Extended Description (Chapter 8)
A Single Box on the Left Extended Description (Chapter 8)
A Blue Box on the Left Shows two Arrows Up and Down Extended Description (Chapter 8)
A Blue Box on the Left Shows two Arrows Up and Down Extended Description (Chapter 8)
A Blue Box on the Left Shows two Arrows Up and Down Extended Description (Chapter 8)
A Blue Box on the Left Shows two Arrows Up and Down Extended Description (Chapter 8)
A Blue Box on the Left Shows two Arrows Up and Down Extended Description (Chapter 8)
A Single Blue Square Extended Description (Chapter 8)
Electron Configuration for Chlorine Extended Description (Chapter 8)
Figure 8.7 Extended Description (Chapter 8)
A Sequence of Squares Showing one Upward Arrow Extended Description (Chapter 8)
A Row of Squares Showing one Square Extended Description (Chapter 8)
Six Squares in a Row Extended Description (Chapter 8)
A Row of Squares Showing 3 Squares Extended Description (Chapter 8)
Six Squares in a Row Extended Description (Chapter 8)
A Chromium Orbital Diagram Shows Extended Description (Chapter 8)
Figure 8.8 Extended Description (Chapter 8)
Figure 8.9 Extended Description (Chapter 8)
Figure 8.10 Extended Description (Chapter 8)
Periodic Table Shows Partial Electron Configuration Extended Description (Chapter 8)
A Partial Orbital Diagram Shows 5 s, 4 d Extended Description (Chapter 8)
A Partial Orbital Diagram Shows 6 s and 6 p Extended Description (Chapter 8)
Figure 8.11 Extended Description (Chapter 8)
Figure 8.12 Extended Description (Chapter 8)
Figure 8.13 Extended Description (Chapter 8)
Figure 8.14 Extended Description (Chapter 8)
Figure 8.15 Extended Description (Chapter 8)
Equation for The Conversion of Aluminum Atom Extended Description (Chapter 8)
Equation for The Conversion of Sulfur Atom to Sulfur Extended Description (Chapter 8)
Figure 8.16 Extended Description (Chapter 8)
Figure 8.17 Extended Description (Chapter 8)
Russian Chart Shows Elements Listed with Atomic Extended Description (Chapter 8)
Figure 8.18 Extended Description (Chapter 8)
Figure 8.20 Extended Description (Chapter 8)
Figure 8.21 Extended Description (Chapter 8)
Figure 8.22 Extended Description (Chapter 8)
Figure 8.23 Extended Description (Chapter 8)
Figure 8.24 Extended Description (Chapter 8)
Partial Orbital Diagram for Titanium Atom Extended Description (Chapter 8)
Equation for The Conversion of Iron Atom Extended Description (Chapter 8)
Two Equations for The Conversion of Copper Atom Extended Description (Chapter 8)
Equation, a, for The Conversion of Cobalt Atom Extended Description (Chapter 8)
Equation, a, for The Conversion of Cobalt Atom to Chromium Extended Description (Chapter 8)
Figure 8.25 Extended Description (Chapter 8)
Figure 8.26 Extended Description (Chapter 8)
A Diagram with Arrows Showing Atomic Size Extended Description (Chapter 8)
Partial Orbital Diagram Shows 4 s, 3 d Extended Description (Chapter 8)
Partial Orbital Diagram Shows 5 s, 4 d Extended Description (Chapter 8)
Partial Orbital Diagram Shows 6 s and 6 p Extended Description (Chapter 8)
An Electron Configuration Diagram Extended Description (Chapter 8)
An Electron Configuration Diagram Extended Description (Chapter 8)
An Electron Configuration Diagram Extended Description (Chapter 8)
An Electron Configuration Diagram Extended Description (Chapter 8)
An Electron Configuration Diagram Extended Description (Chapter 8)
Partial Orbital Diagram Shows 4 s and 4 p Orbitals Extended Description (Chapter 8)
Partial Orbital Diagram Shows 5 s, 4 d, and 5 p Orbitals Extended Description (Chapter 8)
The Diagram Displays the Orbital Extended Description (Chapter 8)
Four Partial Orbital Diagrams, A to D Extended Description (Chapter 8)
A Bar Graph Shows Increase in Ionization Energy Extended Description (Chapter 8)
An Orbital Diagram Extended Description (Chapter 8)
Four Pairs of Ions, A to D Extended Description (Chapter 8)
Partial Orbital Diagram Extended Description (Chapter 8)
Figure 9.1 Extended Description (Chapter 9)
Figure 9.2 Extended Description (Chapter 9)
Figure 9.3 Extended Description (Chapter 9)
Figure 9.4 Extended Description (Chapter 9)
Three Different Ways of Writing Lewis Extended Description (Chapter 9)
Reaction Between Calcium and 2 Fluorine Extended Description (Chapter 9)
Figure 9.5 Extended Description (Chapter 9)
Formation of 2 N a 1 Plus Ions Extended Description (Chapter 9)
Figure 9.7 Extended Description (Chapter 9)
Figure 9.8 Extended Description (Chapter 9)
Figure 9.9 Extended Description (Chapter 9)
Figure 9.10 Extended Description (Chapter 9)
Figure 9.11 Extended Description (Chapter 9)
Figure 9.13 Extended Description (Chapter 9)
Figure 9.14 Extended Description (Chapter 9)
Two Hydrogen Atoms Share a Bonding Extended Description (Chapter 9)
A Hydrogen Atom with one Electron Extended Description (Chapter 9)
A Hydrogen and Fluorine Share a Bonding Extended Description (Chapter 9)
Two Fluorine Atoms with Seven Valence Extended Description (Chapter 9)
Two Fluorine Atoms Shown with Overlapping Extended Description (Chapter 9)
Two Ways of Showing Ethene Extended Description (Chapter 9)
Two Ways of Showing Nitrogen Extended Description (Chapter 9)
Figure 9.15 Extended Description (Chapter 9)
Figure 9.16 Extended Description (Chapter 9)
Figure 9.17 Extended Description (Chapter 9)
Figure 9.18 Extended Description (Chapter 9)
Methane Reacts with two Oxygen Extended Description (Chapter 9)
Chemical Reaction Between Methane and Chlorine Extended Description (Chapter 9)
Chemical Reaction between Nitrogen and Hydrogen Extended Description (Chapter 9)
Figure 9.19 Extended Description (Chapter 9)
Ball-and-Stick Model of Triolein Extended Description (Chapter 9)
Decomposition Reaction of Trinitrotoluene Extended Description (Chapter 9)
Structural Formula Extended Description (Chapter 9)
Figure 9.20 Extended Description (Chapter 9)
Figure 9.21 Extended Description (Chapter 9)
Polar Covalent Bond Depicted in Hydrogen Extended Description (Chapter 9)
Figure 9.22 Extended Description (Chapter 9)
Figure 9.23 Extended Description (Chapter 9)
Figure 9.24 Extended Description (Chapter 9)
Four Electron Density Maps Compare Extended Description (Chapter 9)
Figure 9.25 Extended Description (Chapter 9)
Figure 9.26 Extended Description (Chapter 9)
Figure 9.27 Extended Description (Chapter 9)
Figure 9.28 Extended Description (Chapter 9)
Reaction between 4 Molecules of Ammonia Extended Description (Chapter 9)
Reaction between Magnesium and Chlorine Extended Description (Chapter 9)
Reaction between Calcium and Oxygen Extended Description (Chapter 9)
Bond Polarity of S e F Greater than S e C l Extended Description (Chapter 9)
Bond Polarity of F B Greater than C l B Extended Description (Chapter 9)
A Molecular Structure with Central Bonds Extended Description (Chapter 9)
Electron Dot Symbol of An Unknown Element Extended Description (Chapter 9)
A Packed Lattice Extended Description (Chapter 9)
Structural Formula of Formic Acid Extended Description (Chapter 9)
Structural Formulae of Methane or Formaldehyde Extended Description (Chapter 9)
Structural Formulae of Ethanol or Methanol Extended Description (Chapter 9)
Chemical Reaction of 2 Molecules Shows Structural Extended Description (Chapter 9)
Chemical Reaction Shows Structural Formulae Extended Description (Chapter 9)
Reaction Shows Methanol and Carbon Monoxide Extended Description (Chapter 9)
Chemical Reaction Shows Structural Formulae Extended Description (Chapter 9)
Structural Formula of Ethanol and Dimethyl Extended Description (Chapter 9)
Chemical Reaction Shows Structural and Molecular Extended Description (Chapter 9)
Figure 10.1 Extended Description (Chapter 10)
A Lewis Structure of Nitrogen Trifluoride Extended Description (Chapter 10)
A Central Boron Atom Extended Description (Chapter 10)
A Lewis Structure of Nitrogen Trifluoride Extended Description (Chapter 10)
A Lewis Structure of Nitrogen Trifluoride Extended Description (Chapter 10)
A Central Boron Atom Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
A Central Nitrogen Atom Bonded to 3 Fluorine Extended Description (Chapter 10)
A Lewis Structure Showing a Central Carbon Atom Bonded Extended Description (Chapter 10)
Step 4: A Central Carbon Atom is Bonded to 3 Hydrogen Extended Description (Chapter 10)
A Central Carbon Atom is Bonded to a Hydrogen Atom Extended Description (Chapter 10)
A Carbon Atom is Bonded to Another Carbon Atom Extended Description (Chapter 10)
A Nitrogen Atom is Bonded to Another Nitrogen Extended Description (Chapter 10)
Formation of Resonance Structures 1 and 2 Extended Description (Chapter 10)
Two Resonance Structures, 1 and 2, of Ozone Extended Description (Chapter 10)
Structure of Resonance Hybrid of Ozone Extended Description (Chapter 10)
Two Resonance Structures and Resonance Hybrid Structure Extended Description (Chapter 10)
Three Resonance Structures and Resonance Hybrid Structure Extended Description (Chapter 10)
Charges on The Oxygen Atoms of 2 Resonance Structures Extended Description (Chapter 10)
Formation of 3 Resonance Structures of Cyanate Ion Extended Description (Chapter 10)
Formal Charges and Oxidation Numbers Extended Description (Chapter 10)
Formation of Lewis Structure for N 2 O Extended Description (Chapter 10)
Three Resonance Structures, A to C Extended Description (Chapter 10)
Two Lewis Structures Show Beryllium Bonded Extended Description (Chapter 10)
Lewis Structures of Beryllium Chloride and Boron Extended Description (Chapter 10)
Reaction Between Boron Trifluoride and Ammonia Extended Description (Chapter 10)
Two Resonance Structures of Nitrogen Dioxide Extended Description (Chapter 10)
Reaction of 2 Molecules of Nitrogen Dioxide Extended Description (Chapter 10)
A Lewis Structure of Phosphorus Pentachloride Extended Description (Chapter 10)
Formation of Lewis Structure for Chlorine Trifluoride Extended Description (Chapter 10)
Two Resonance Structures of Sulfuric Acid Extended Description (Chapter 10)
Two Resonance Structures and Structure that Obeys Octet Rule Extended Description (Chapter 10)
Two Lewis Structures of Sulfur Dioxide Extended Description (Chapter 10)
A Central Xenon Atom is Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
Two Resonance Structures of H 3 P O 4 Extended Description (Chapter 10)
Figure 10.2 Extended Description (Chapter 10)
Four types of Structures, 1 Through 4 Extended Description (Chapter 10)
Figure 10.3 Extended Description (Chapter 10)
Two Linear Molecules: Beryllium Chloride Extended Description (Chapter 10)
Figure 10.4 Extended Description (Chapter 10)
A Lewis Structure and 3 D Mode Extended Description (Chapter 10)
A Lewis Structure and 3 D Mode Extended Description (Chapter 10)
Lewis Structure and 3 D Mode Extended Description (Chapter 10)
Ideal Structure of Formaldehyde Extended Description (Chapter 10)
Actual Structure of Formaldehyde Extended Description (Chapter 10)
Figure 10.5 Extended Description (Chapter 10)
Three Depictions of Methane Structure Extended Description (Chapter 10)
Reaction Between a Molecule of Ammonia Extended Description (Chapter 10)
A Molecule of Water Depicted by Molecular Extended Description (Chapter 10)
Figure 10.6 Extended Description (Chapter 10)
Figure 10.7 Extended Description (Chapter 10)
Phosphorus Pentachloride Depicted by Molecular Extended Description (Chapter 10)
Sulfur Tetrafluoride Depicted by Molecular Extended Description (Chapter 10)
Bromine Trifluoride Depicted by Molecular Extended Description (Chapter 10)
Triodide Ion Depicted by Molecular Extended Description (Chapter 10)
Figure 10.8 Extended Description (Chapter 10)
Sulfur Hexafluoride Depicted by Molecular Extended Description (Chapter 10)
Iodine Pentafluoride Depicted by Molecular Extended Description (Chapter 10)
Xenon Tetrafluoride Depicted by Molecular Extended Description (Chapter 10)
Figure 10.9 Extended Description (Chapter 10)
Figure 10.10 Extended Description (Chapter 10)
A Series of Steps Shows Determination of Molecular Shape and Bond Angle Involved in P F 3 Extended Description (Chapter 10)
A Series of Steps Shows Determination of Molecular Shape and Bond Angle Involved in C O C l 2 Extended Description (Chapter 10)
A Series of Steps Shows Determination of Molecular Shape and Bond Angle Involved in S b F 5 Extended Description (Chapter 10)
A Series of Steps Shows Determination of Molecular Shape and Bond Angle Involved in B r F 5 Extended Description (Chapter 10)
Figure 10.11 Extended Description (Chapter 10)
A Series of Steps Shows Determination of Molecular Shape Extended Description (Chapter 10)
A Space-Filling Model of Hydrogen Fluoride Extended Description (Chapter 10)
Figure 10.12 Extended Description (Chapter 10)
Molecular Shape and Electron Density Model of Carbon Dioxide Extended Description (Chapter 10)
Molecular Shape and Electron Density Model of Water Molecule Extended Description (Chapter 10)
Comparison of Molecular Shape and Electron Density Model Extended Description (Chapter 10)
Molecular Shape, Bond Polarities, Molecular Polarity, and Electron Density Model of Ammonia Extended Description (Chapter 10)
Molecular Shape, Bond Polarities, Molecular Polarity, and Electron Density Model of Boron Trifluoride Extended Description (Chapter 10)
Molecular Shape, Bond Polarities, Molecular Polarity, and Electron Density Model of Carbonyl Sulfide Extended Description (Chapter 10)
A Ball-and-Stick Model Extended Description (Chapter 10)
Comparison of Molecular Shape with Bond Polarity Extended Description (Chapter 10)
Structural Formula of Epinephrine Extended Description (Chapter 10)
From Left to Righ Extended Description (Chapter 10)
From Left to Righ Extended Description (Chapter 10)
Lewis Structures of Iodine Extended Description (Chapter 10)
Lewis Structures of Silicon Extended Description (Chapter 10)
Three Resonance Structures of Nitrogen Extended Description (Chapter 10)
A Lewis Structure Labeled Extended Description (Chapter 10)
A Series of Lewis Structures Extended Description (Chapter 10)
Two Lewis Structures of Xenon Extended Description (Chapter 10)
An Aluminum Atom Bonded to 4 Chlorine Atoms Extended Description (Chapter 10)
A Sulfur Atom Bonded to 1 Oxygen Atom Extended Description (Chapter 10)
An Oxygen Atom Bonded to 2 Fluorine Atoms Extended Description (Chapter 10)
A Nitrogen Atom is Bonded to 2 Hydrogen Atoms Extended Description (Chapter 10)
A Central Oxygen Atom is Bonded to 2 Carbon Atoms Extended Description (Chapter 10)
A Nitrogen Atom is Bonded to Another Nitrogen Atom Extended Description (Chapter 10)
A Carbon Atom is Bonded to 3 Hydrogen Atoms Extended Description (Chapter 10)
A Nitrogen Atom is Bonded to An Oxygen Atom Extended Description (Chapter 10)
A Nitrogen Atom is Bonded to Another Nitrogen Atom by A Double Bond Extended Description (Chapter 10)
Two Resonance Structures Extended Description (Chapter 10)
Three Resonance Structures Labeled, First, Second, and Third Extended Description (Chapter 10)
Lewis Structure Shows a Central Iodine Atom Extended Description (Chapter 10)
A Central Iodine Atom is Bonded to 2 Iodine Atoms Extended Description (Chapter 10)
An Equation Shows Change of Charges on Oxygen and Phosphorus Extended Description (Chapter 10)
An Equation Shows Change of Charges on Chlorine and Oxygen Extended Description (Chapter 10)
An Equation Shows Change of Charges on Xenon and Oxygen Extended Description (Chapter 10)
A Chlorine Atom Bonded to Three Single-Bonded Oxygen Extended Description (Chapter 10)
A Central Lead Atom is Bonded to 2 Chlorine Atoms Extended Description (Chapter 10)
A Central Carbon Atom Bonded to 4 Bromine Atoms Extended Description (Chapter 10)
A Central Sulfur Atom Bonded to 2 Fluorine Atoms Extended Description (Chapter 10)
A Central Bromine Atom Bonded to 2 Oxygen Atoms Extended Description (Chapter 10)
A Central Astatine Atom Bonded to 3 Hydrogen Atoms Extended Description (Chapter 10)
A Central Nitrogen Atom Bonded to 2 Nitrogen Atoms Extended Description (Chapter 10)
A Central Iodine Atom is Bonded to 2 Chlorine Atoms Extended Description (Chapter 10)
A Central Chlorine Atom Bonded to 3 Fluorine Atoms Extended Description (Chapter 10)
A Central Sulfur Atom is Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
A Central Bromine Atom is Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
A Central Chlorine Atom is Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
A Central Phosphorus Atom is Bonded to 6 Chlorine Atoms Extended Description (Chapter 10)
A Central Sulfur Atom is Bonded to 2 Oxygen Atoms Extended Description (Chapter 10)
A Central Carbon Atom is Bonded to A Methyl Extended Description (Chapter 10)
A Sulfur Atom is Bonded to Another Sulfur Atom Extended Description (Chapter 10)
A Carbon Atom is Bonded to a Nitrogen Atom Extended Description (Chapter 10)
A Carbon Atom Bonded to Another Carbon Atom Extended Description (Chapter 10)
A Central Oxygen Atom Bonded to 2 Chlorine Atoms Extended Description (Chapter 10)
A Central Carbon Atom Bonded to 2 Hydrogen Atoms and 2 Chlorine Atoms Extended Description (Chapter 10)
A Central Iodine Atom Bonded to An Oxygen Atom Extended Description (Chapter 10)
A Central Iodine Atom Bonded to 5 Fluorine Atoms Extended Description (Chapter 10)
A Central Xenon Atom Bonded to 4 Fluorine Atoms Extended Description (Chapter 10)
A Central Chlorine Atom Bonded to 3 Fluorine Atoms Extended Description (Chapter 10)
A Central Sulfur Atom Bonded to An Oxygen Atom Extended Description (Chapter 10)
A Silicon Atom Extended Description (Chapter 10)
A Phosphorus Atom Extended Description (Chapter 10)
A Nitrogen Atom Double Extended Description (Chapter 10)
Four Resonance Structures Extended Description (Chapter 10)
A Central Iodine Atom Extended Description (Chapter 10)
A Carbon Atom Triple-Bonded Extended Description (Chapter 10)
A Bromine Atom Double-Bonded Extended Description (Chapter 10)
A Boron Atom Single-Bonded Extended Description (Chapter 10)
A Bromine Atom Single-Bonded Extended Description (Chapter 10)
Reaction Showing B e c l 2 Extended Description (Chapter 10)
A Lewis Structure Extended Description (Chapter 10)
A Ball-and-Stick Model Extended Description (Chapter 10)
A Simple Diagram Showing Extended Description (Chapter 10)
A Trigonal Bipyramidal Structure Shows Extended Description (Chapter 10)
Ball-and-Stick Model of A Molecule Shows Extended Description (Chapter 10)
A Lewis Structure Shows a Molecule with H—C Double Extended Description (Chapter 10)
Structural Formula Extended Description (Chapter 10)
A Lewis Structures Extended Description (Chapter 10)
Three Structural Formulas Labeled X, Y Extended Description (Chapter 10)
From Left to Right, Hydrazine, Diazene Extended Description (Chapter 10)
Four Diagrams Show A Central Atom Forming Extended Description (Chapter 10)
Lewis Structures of A l 2 C l 6 and I 2 C l 6 Extended Description (Chapter 10)
Four Equations, A to D Extended Description (Chapter 10)
A Chemical Equation Shows 1 Molecule Extended Description (Chapter 10)
Reaction Shows a Four-Nitrogen Extended Description (Chapter 10)
From Left to Right, a Molecule Extended Description (Chapter 10)
Structural Formula of Oxalic Acid Extended Description (Chapter 10)
From Top to bottom, Oxalic Acid Extended Description (Chapter 10)
Structural Formula of An Extraterrestrial Amino Acid Extended Description (Chapter 10)
Ball-and-Stick Model of A Molecule Shows A Central Black Sphere Extended Description (Chapter 10)
Ball-and-Stick Model of A Molecule Shows A Central Red Sphere Extended Description (Chapter 10)
A Mescaline Molecule Shows a Benzene Ring Extended Description (Chapter 10)
Ball-and-Stick Structure of Dopamine Showing A Six-Carbon Ring Extended Description (Chapter 10)
Figure 11.1 Extended Description (Chapter 11)
Distribution of Electrons in The Orbital Diagram Extended Description (Chapter 11)
Figure 11.2 Extended Description (Chapter 11)
Figure 11.3 Extended Description (Chapter 11)
Figure 11.4 Extended Description (Chapter 11)
Figure 11.5 Extended Description (Chapter 11)
Figure 11.6 Extended Description (Chapter 11)
Figure 11.7 Extended Description (Chapter 11)
Figure 11.8 Extended Description (Chapter 11)
A Three-Dimensional Model Shows A Red d Orbita Extended Description (Chapter 11)
Contour Depiction of Orbital Shows A Central Sphere Extended Description (Chapter 11)
A Central Carbon Atom Bonded to 3 Hydrogen Atoms Extended Description (Chapter 11)
Diagram Shows Electron Configuration of Carbon Extended Description (Chapter 11)
Orbital Diagram of Oxygen Atom Extended Description (Chapter 11)
Orbital Diagram of Sulfur Atom Extended Description (Chapter 11)
A Central Sulfur Atom is Bonded to 2 Hydrogen Atoms Extended Description (Chapter 11)
Structures of Ethane, Ethylene, and Acetylene Extended Description (Chapter 11)
Electron Configuration Diagram Shows Carbon Extended Description (Chapter 11)
Figure 11.9 Extended Description (Chapter 11)
Orbital Diagram of Carbon Atom Extended Description (Chapter 11)
Three Stages Show Orbital Diagrams of Carbon Extended Description (Chapter 11)
Figure 11.10 Extended Description (Chapter 11)
Figure 11.11 Extended Description (Chapter 11)
Figure 11.12 Extended Description (Chapter 11)
Structural Formula of Methyl Anthranilate Extended Description (Chapter 11)
Sigma and Pi Bonds of Acetone Depicted Extended Description (Chapter 11)
Structural Formula of Caffeine Extended Description (Chapter 11)
Figure 11.13 Extended Description (Chapter 11)
Figure 11.14 Extended Description (Chapter 11)
Figure 11.15 Extended Description (Chapter 11)
Figure 11.16 Extended Description (Chapter 11)
Figure 11.17 Extended Description (Chapter 11)
M O Diagram for Hydrogen Molecule Extended Description (Chapter 11)
Figure 11.18 Extended Description (Chapter 11)
Figure 11.19 Extended Description (Chapter 11)
Figure 11.20 Extended Description (Chapter 11)
Figure 11.21 Extended Description (Chapter 11)
Two Structural Formulae for Oxygen Molecule Extended Description (Chapter 11)
A Table Shows M O Occupancy in Nitrogen Molecule Extended Description (Chapter 11)
Figure 11.23 Extended Description (Chapter 11)
Two Structural Formulae for Nitrogen Monoxide Extended Description (Chapter 11)
Figure 11.24 Extended Description (Chapter 11)
Structural Formula Shows A Benzene Ring Extended Description (Chapter 11)
A Structural Formula of a Benzene Ring Extended Description (Chapter 11)
A Lewis Structure Shows Arsenic Bonded Extended Description (Chapter 11)
Structural Formula Shows a Methane Group Extended Description (Chapter 11)
A Molecular Orbital Diagram Shows Sigma Extended Description (Chapter 11)
Molecular Orbital Diagrams For B Two Plus Extended Description (Chapter 11)
Molecular Orbital Diagrams For L I Two Extended Description (Chapter 11)
Four Partial Orbital Diagrams Extended Description (Chapter 11)
A Lewis Structure Shows an Oxygen Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Beryllium Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Silicon Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Xenon Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Aluminum Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Phosphorus Atom Extended Description (Chapter 11)
Partial Orbital Diagram for Krypton Atom Extended Description (Chapter 11)
Types of Orbitals Involved in H C N Extended Description (Chapter 11)
Sigma and Pi Bonds Involved in A Molecule Extended Description (Chapter 11)
M O Diagram for Hydrogen Molecule Extended Description (Chapter 11)
M O Diagram for Helium Molecule Extended Description (Chapter 11)
Contour Depiction Extended Description (Chapter 11)
Contour Depiction, A, Shows 2 Orbitals Extended Description (Chapter 11)
Orbital Diagram Shows Electron Configuration From 4s Extended Description (Chapter 11)
Orbital Diagram Shows Electron Configuration From 4s and 4p Extended Description (Chapter 11)
A Lewis Structure Shows Fluorine Single Bonded Extended Description (Chapter 11)
Two Structural Formulas Show Cis Extended Description (Chapter 11)
Contour Depiction of 2 Types of Molecular Orbitals Extended Description (Chapter 11)
Four Molecular Orbital Diagrams Labeled A To D Extended Description (Chapter 11)
Six Molecular Orbital Diagrams Labeled A To F Extended Description (Chapter 11)
Structural Formula of Butadiene Extended Description (Chapter 11)
Structural Formula of Epinephrine Extended Description (Chapter 11)
Structural Formula of Isoniazid Extended Description (Chapter 11)
Structural Formula of Hydrazine Extended Description (Chapter 11)
Structural Formula of Glyphosate Extended Description (Chapter 11)
Structural Formula of Tryptophan Extended Description (Chapter 11)
Structural Formula of Genistein Extended Description (Chapter 11)
Structural Formula Shows a Molecule with Methylthio Extended Description (Chapter 11)
Contour Depiction, A, Shows A Hybrid Orbital Extended Description (Chapter 11)
Structural Formula of A Portion of Amino Acid Extended Description (Chapter 11)
Two Resonance Structures of a Molecule With Carbon Extended Description (Chapter 11)
Structural Formula of 2,6-Dimethylpyrazine Extended Description (Chapter 11)
A Chemical Structure Showing a Six Carbon Ring with Hydrogen Extended Description (Chapter 11)
Structural Formula of Linoleic Acid Extended Description (Chapter 11)
Structural Formula of A Molecule Extended Description (Chapter 11)
Figure 12.1 Extended Description (Chapter 12)
Figure 12.2 Extended Description (Chapter 12)
Interaction between a Cation Extended Description (Chapter 12)
Hydrogen Bond Interaction Depicted Extended Description (Chapter 12)
Interaction between 2 Water Molecules Extended Description (Chapter 12)
Two Orbitals are Shown Overlapping End Extended Description (Chapter 12)
Interaction between 2 Dipoles Depicted Extended Description (Chapter 12)
Figure 12.3 Extended Description (Chapter 12)
Figure 12.4 Extended Description (Chapter 12)
Five Atom Sequences of a Hydrogen Extended Description (Chapter 12)
Figure 12.5 Extended Description (Chapter 12)
Hydrogen Bonding Between 2 Molecules Of Methanol Extended Description (Chapter 12)
Two Types of Hydrogen Bonding in a Molecule Extended Description (Chapter 12)
Figure 12.6 Extended Description (Chapter 12)
Figure 12.7 Extended Description (Chapter 12)
Figure 12.8 Extended Description (Chapter 12)
Figure 12.9 Extended Description (Chapter 12)
Structural Formula Of 2,2-Dimethylbutane Extended Description (Chapter 12)
Hydrogen Bonding Between 2 Molecules of C H 3 N H 2 Extended Description (Chapter 12)
Hydrogen Bonding Between 2 Molecules of Methanol and 2 Molecules Extended Description (Chapter 12)
Space-Filling Models Of Hexane And 2,2-Dimethylbutane Extended Description (Chapter 12)
Structural Formulae of 2 Molecules Extended Description (Chapter 12)
Figure 12.11 Extended Description (Chapter 12)
Figure 12.12 Extended Description (Chapter 12)
Figure 12.13 Extended Description (Chapter 12)
Diagram Shows Liquid Particles At 85.0 Degrees Celsius Extended Description (Chapter 12)
A Line Graph Shows Change in Temperature Leading Extended Description (Chapter 12)
Solid Particles at Minus 7.00 Degrees Celsius Melt Extended Description (Chapter 12)
Change of Molecular Scene From 1 Phase To Another Extended Description (Chapter 12)
Figure 12.14 Extended Description (Chapter 12)
Figure 12.15 Extended Description (Chapter 12)
Figure 12.16 Extended Description (Chapter 12)
Figure 12.19 Extended Description (Chapter 12)
Figure 12.20 Extended Description (Chapter 12)
A Pressure Versus Temperature Phase Diagram Showing Graphite Extended Description (Chapter 12)
Figure 12.21 Extended Description (Chapter 12)
Figure 12.22 Extended Description (Chapter 12)
Figure 12.23 Extended Description (Chapter 12)
Figure 12.25 Extended Description (Chapter 12)
Figure 12.27 Extended Description (Chapter 12)
Figure 12.28 Extended Description (Chapter 12)
Cubic Structure, A, of Palladium Extended Description (Chapter 12)
Cubic Structure, B, Of C U I Extended Description (Chapter 12)
Cubic Structure, C, Of Molybdenum Extended Description (Chapter 12)
Cubic Structure, A, Of P B S Extended Description (Chapter 12)
Cubic Structure, B, Of Tungsten Extended Description (Chapter 12)
Cubic Structure, C, Of Aluminum Extended Description (Chapter 12)
Cubic Structure, A, Of Potassium Extended Description (Chapter 12)
Cubic Structure, B, Of Platinum Extended Description (Chapter 12)
Cubic Structure, C, Of C S C L Extended Description (Chapter 12)
Figure 12.29 Extended Description (Chapter 12)
A Road Map Shows Conversion of Density Extended Description (Chapter 12)
Figure 12.30 Extended Description (Chapter 12)
An Illustrations Show Measurements of a Face Extended Description (Chapter 12)
Figure 12.31 Extended Description (Chapter 12)
Figure 12.32 Extended Description (Chapter 12)
Figure 12.33 Extended Description (Chapter 12)
Figure 12.34 Extended Description (Chapter 12)
Figure 12.35 Extended Description (Chapter 12)
Figure 12.36 Extended Description (Chapter 12)
Figure 12.37 Extended Description (Chapter 12)
Figure 12.38 Extended Description (Chapter 12)
Figure 12.39 Extended Description (Chapter 12)
Figure 12.40 Extended Description (Chapter 12)
Figure 12.41 Extended Description (Chapter 12)
Figure 12.42 Extended Description (Chapter 12)
Figure 12.43 Extended Description (Chapter 12)
Figure 12.44 Extended Description (Chapter 12)
Figure 12.45 Extended Description (Chapter 12)
Figure 12.46 Extended Description (Chapter 12)
Figure 12.48 Extended Description (Chapter 12)
Figure 12.49 Extended Description (Chapter 12)
Figure 12.50 Extended Description (Chapter 12)
Chapter Practice Test 4 Extended Description (Chapter 12)
Hydrogen Bonding Depicted between 2 Molecules, a Extended Description (Chapter 12)
A Structural Formula Shows Hydrogen Extended Description (Chapter 12)
Hydrogen Bonding Depicted between 2 Molecules, b. Extended Description (Chapter 12)
Hydrogen Bonding Depicted between 2 Molecules, c. Extended Description (Chapter 12)
A Chemical Structure Shows Two Molecules Extended Description (Chapter 12)
Four Illustrations, A through D Extended Description (Chapter 12)
Two Structures Shown: C H 3 Bonded Extended Description (Chapter 12)
Three Hydrogen Fluoride Molecules Aligned Extended Description (Chapter 12)
Two Structures Shown: A Straight-Chain Extended Description (Chapter 12)
Structure of 2 Molecules Extended Description (Chapter 12)
A Phase Diagram and 4 Molecular Scenes Extended Description (Chapter 12)
Three Curves are Graphed on The X Y Coordinate Extended Description (Chapter 12)
Phase Diagram for Sulfur Shows Extended Description (Chapter 12)
Phase Diagram for Xenon Shows Extended Description (Chapter 12)
Cubic Structures for Polonium, Manganese, and Silver Extended Description (Chapter 12)
Two Cubic Structures, A and B, for Cadmium Oxide Extended Description (Chapter 12)
Change of Cubic Structure of Iron Extended Description (Chapter 12)
Cubic Structure of Zinc Blend Extended Description (Chapter 12)
Cubic Structure of Calcium Sulfide Extended Description (Chapter 12)
A Phase Diagram Shows Pressure and Temperature Extended Description (Chapter 12)
Two Cubic Structures, A and B, of Tantalum Compound Extended Description (Chapter 12)
Ball-and-Stick Models of Furfuryl Alcohol Extended Description (Chapter 12)
The Bond Formation Between 2 Compounds Extended Description (Chapter 12)
Structures of Furfuryl Alcohol with a Hydroxymethyl Extended Description (Chapter 12)
A Line Graph Showing Temperature Extended Description (Chapter 12)
Ball-and-Stick Models of 3 Compounds Extended Description (Chapter 12)
Figure 13.1 Extended Description (Chapter 13)
Figure 13.2 Extended Description (Chapter 13)
Figure 13.3 Extended Description (Chapter 13)
Space-Filling Model of Methanol Extended Description (Chapter 13)
Space-Filling Model of Ethanol Extended Description (Chapter 13)
Space-Filling Model of 1-Propanol Extended Description (Chapter 13)
Space-Filling Model of 1-Butanol Extended Description (Chapter 13)
Space-Filling Molecular Model with Gray Extended Description (Chapter 13)
Space-Filling Model of 1-Pentanol Extended Description (Chapter 13)
Figure 13.4 Extended Description (Chapter 13)
Structural Formula and Space-Filling Model Extended Description (Chapter 13)
Figure 13.5 Extended Description (Chapter 13)
Structural Formula of Dinotefuran Extended Description (Chapter 13)
Figure 13.6 Extended Description (Chapter 13)
Figure 13.7 Extended Description (Chapter 13)
Figure 13.8 Extended Description (Chapter 13)
Figure 13.9 Extended Description (Chapter 13)
Sample Problem 13.3 Extended Description (Chapter 13)
Figure 13.10 Extended Description (Chapter 13)
Figure 13.11 Extended Description (Chapter 13)
Figure 13.12 Extended Description (Chapter 13)
Figure 13.13 Extended Description (Chapter 13)
Figure 13.14 Extended Description (Chapter 13)
Figure 13.15 Extended Description (Chapter 13)
A Road Map Shows Conversion of Mass Extended Description (Chapter 13)
Figure 13.17 Extended Description (Chapter 13)
A Road Map Shows Conversion of Volume of Glycerol Extended Description (Chapter 13)
Figure 13.19 Extended Description (Chapter 13)
Figure 13.18 Extended Description (Chapter 13)
A Roadmap Shows Conversion of Mass of Solute Extended Description (Chapter 13)
Diagram Shows a Desalination Unit Extended Description (Chapter 13)
A Roadmap Shows Conversion of Osmotic Pressure to Molar Mass Extended Description (Chapter 13)
Figure 13.20 Extended Description (Chapter 13)
Figure 13.21 Extended Description (Chapter 13)
Figure 13.22 Extended Description (Chapter 13)
Figure 13.23 Extended Description (Chapter 13)
Structural Formula of a Molecule in Liquid State Extended Description (Chapter 13)
H 2 O in Liquid State or a Molecule Extended Description (Chapter 13)
Structural Formula of Cyclohexane and Tetrahydropyran Extended Description (Chapter 13)
Structural Formula of Gluconic Acid and Caproic Acid Extended Description (Chapter 13)
Structural Formula of Acetamiprid and Acephate Extended Description (Chapter 13)
Four Ions Depicted by Different Color Extended Description (Chapter 13)
An Energy Level Diagram is Given Extended Description (Chapter 13)
A Circular Diagram Shows Six Groups Extended Description (Chapter 13)
Structural Formula of Pyridine Shows a Six-Member Extended Description (Chapter 13)
A Three-Carbon Chain with Two Hydroxyl Extended Description (Chapter 13)
A Three-Carbon Chain with Oxygen Extended Description (Chapter 13)
A Molecular Scene Shows Oxygen Molecule Extended Description (Chapter 13)
Figure 14.1 Extended Description (Chapter 14)
Figure 14.2 Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Lithium Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Beryllium Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Boron Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Carbon Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Nitrogen Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Oxygen Extended Description (Chapter 14)
Electron Configuration Box Diagram Shows Helium Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Fluorine Extended Description (Chapter 14)
Condensed Electron Configuration and Partial Orbital Diagram of Neon Extended Description (Chapter 14)
A Bar Graph Shows Atomic Radius Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties Extended Description (Chapter 14)
Figure 14.3 Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 2 Elements Extended Description (Chapter 14)
Figure 14.4 Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 13 Elements Extended Description (Chapter 14)
Figure 14.5 Extended Description (Chapter 14)
Figure 14.6 Extended Description (Chapter 14)
Three Tables Show Bond Type Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 14 Elements Extended Description (Chapter 14)
Figure 14.7 Extended Description (Chapter 14)
Figure 14.9 Extended Description (Chapter 14)
Figure 14.10 Extended Description (Chapter 14)
Figure 14.11 Extended Description (Chapter 14)
Figure 14.12 Extended Description (Chapter 14)
Structural Formula of Silicone Polymer Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 15 Elements Extended Description (Chapter 14)
Figure 14.13 Extended Description (Chapter 14)
Space-filling Model of Dinitrogen Monoxide Extended Description (Chapter 14)
Lewis Structure of Dinitrogen Monoxide Extended Description (Chapter 14)
Lewis Structure of Nitogen Monoxide Extended Description (Chapter 14)
Space-filling Model of Dinitrogen Trioxide Extended Description (Chapter 14)
Lewis Structure of Dinitrogen Trioxide Extended Description (Chapter 14)
Space-filling Model of Nitrogen Dioxide Extended Description (Chapter 14)
Lewis Structure of Nitrogen Dioxide Extended Description (Chapter 14)
Lewis Structure of Dinitrogen Tetroxide Extended Description (Chapter 14)
Space-filling Model of Dinitrogen Tetroxide Extended Description (Chapter 14)
Lewis Structure of Dinitrogen Pentoxide Extended Description (Chapter 14)
Figure 14.14 Extended Description (Chapter 14)
Figure 14.15 Extended Description (Chapter 14)
Formation of Phosphite Ion from Phosphorus Acid in 2 Steps Extended Description (Chapter 14)
Formation of Phosphate Ion From Phosphoric Acid in 3 Steps Extended Description (Chapter 14)
Figure 14.16 Extended Description (Chapter 14)
Figure 14.17 Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 16 Elements Extended Description (Chapter 14)
Formation of Sulfate Ion from Sulfuric Acid in 2 Steps Extended Description (Chapter 14)
Figure 14.18 Extended Description (Chapter 14)
Figure 14.19 Extended Description (Chapter 14)
Figure 14.20 Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 17 Elements Extended Description (Chapter 14)
Figure 14.21 Extended Description (Chapter 14)
Ball-and-Stick Model of Hypohalous Acid Extended Description (Chapter 14)
Ball-and-Stick Model of Halous Acid Extended Description (Chapter 14)
Ball-and-Stick Model of Halic Acid Extended Description (Chapter 14)
Ball-and-Stick Model of Perhalic Acid Extended Description (Chapter 14)
A Chart Shows Atomic and Physical Properties of Group 18 Elements Extended Description (Chapter 14)
Lewis Structures of N F 3 with Nitrogen Extended Description (Chapter 14)
Two Lewis Structures of Dimethyl Extended Description (Chapter 14)
A Lewis Structure of The Tetrahydroborate Extended Description (Chapter 14)
A Lewis Structure of Triiodide Ion Extended Description (Chapter 14)
A Lewis Structure of a Silicate Ion Extended Description (Chapter 14)
A Lewis Structure Showing Phosphorus Bonded Extended Description (Chapter 14)
A Lewis Structure Showing Two Nitrogen Extended Description (Chapter 14)
Four Reactions, A Through D, Show Molecular Shapes Extended Description (Chapter 14)
Change of Molecular Scene from Initial State Extended Description (Chapter 14)
Structure of a Compounds is Given Extended Description (Chapter 14)
Two Resonance Structures of N 2 O 2 Extended Description (Chapter 14)
Change of Molecular Scene from Initial State Extended Description (Chapter 14)
A Set of Two Resonance Structures of a Nitrite Extended Description (Chapter 14)
Figure 15.2 Extended Description (Chapter 15)
Two Types of Arrangement of 4 Carbon Atoms Extended Description (Chapter 15)
Figure 15.3 Extended Description (Chapter 15)
Figure 15.4 Extended Description (Chapter 15)
Structural Formulas of 6-Carbon Chain Extended Description (Chapter 15)
Structural Formulas of 2 4-Carbon Chains Extended Description (Chapter 15)
Structural Formulas of 4-Carbon Ring Extended Description (Chapter 15)
A Structural Formula Shows a Four-Carbon Chain Extended Description (Chapter 15)
A Structural Formula Highlights an Error Extended Description (Chapter 15)
A Structural Formula Shows a Carbon Atom Extended Description (Chapter 15)
Parts of The Name, 2-Methylbutane Labeled Extended Description (Chapter 15)
Structure of a Compound with a Carbon Chain Highlighted Extended Description (Chapter 15)
A Hexane Chain with Methyl Groups on Carbons Extended Description (Chapter 15)
A Hexane Chain with a Methyl Group Extended Description (Chapter 15)
A Branched Hydrocarbon Chain Showing Extended Description (Chapter 15)
Figure 15.5 Extended Description (Chapter 15)
Figure 15.6 Extended Description (Chapter 15)
Expanded Formula of Butane Extended Description (Chapter 15)
Condensed and Skeleton Formulas of Butane Extended Description (Chapter 15)
Space-filling Model of Butane Extended Description (Chapter 15)
Expanded Formula of 2-Methylpropane Extended Description (Chapter 15)
Condensed and Skeleton Formulas of 2-Methylpropane Extended Description (Chapter 15)
Space-Filling Model of 2-Methylpropane Extended Description (Chapter 15)
Expanded Formula of Pentane Extended Description (Chapter 15)
Condensed and Skeleton Formulas of Pentane Extended Description (Chapter 15)
Space-Filling Model of Pentane Extended Description (Chapter 15)
Expanded Formula of 2-Methylbutane Extended Description (Chapter 15)
Condensed and Skeleton Formulas of 2-Methylbutane Extended Description (Chapter 15)
Space-Filling Model of 2-Methylbutane Extended Description (Chapter 15)
Expanded Formula of 2,2-Dimethylpropane Extended Description (Chapter 15)
Condensed and Skeleton Formulas of 2,2-Dimethylpropane Extended Description (Chapter 15)
Space-Filling Model of 2,2-Dimethylpropane Extended Description (Chapter 15)
Figure 15.8 Extended Description (Chapter 15)
Figure 15.9 Extended Description (Chapter 15)
Figure B15.1 Extended Description (Chapter 15)
Ball-and-Stick Model of Naproxen Extended Description (Chapter 15)
Structures of 1-Butene, 2-Butene, and 2-Methylpropene Extended Description (Chapter 15)
Condensed and Skeleton Formulas of cis-2-Butene Extended Description (Chapter 15)
Space-Filling Model of cis-2-Butene Extended Description (Chapter 15)
Condensed and Skeleton Formulas of trans-2-Butene Extended Description (Chapter 15)
Space-filling Model of trans-2-Butene Extended Description (Chapter 15)
Figure 15.10 Extended Description (Chapter 15)
Three Structural Formulas Show 1-Pentyne Extended Description (Chapter 15)
A Branched Hydrocarbon Chain With Seven Extended Description (Chapter 15)
A Hydrocarbon Chain With a Methyl Branch Extended Description (Chapter 15)
Condensed Formula of a Compound Extended Description (Chapter 15)
Structural Formula Shows a Carbon With Three Methyl Extended Description (Chapter 15)
Structural Formula of 2,2-Dimethylbutane Extended Description (Chapter 15)
A Branched Hydrocarbon Chain Labeled Hexane Extended Description (Chapter 15)
Skeletal Structure of a Compound With Parts Extended Description (Chapter 15)
A Labeled Structure of 3 methyl 1 Pentene with Numbered Chain Extended Description (Chapter 15)
Condensed Formula of 2 Compounds with Parts Extended Description (Chapter 15)
A Five-Carbon Chain With a Triple Bond Extended Description (Chapter 15)
A Five-Carbon Straight Chain With Two Ethyl Extended Description (Chapter 15)
Figure 15.11 Extended Description (Chapter 15)
Skeletal Formula and Ball-and-Stick Model of 4 Compounds Extended Description (Chapter 15)
Skeletal formula and ball-and-stick model of 2,4,6-Trinitromethylbenzene Extended Description (Chapter 15)
Figure 15.12 Extended Description (Chapter 15)
Addition of 2 Reactants Yields a Product Extended Description (Chapter 15)
Addition of a Molecule of Ethene and a Molecule Extended Description (Chapter 15)
Addition of a Molecule of Ethene and a Molecule of Hydrogen Yields Extended Description (Chapter 15)
Addition of a Molecule Containing C Double Bond Extended Description (Chapter 15)
A Reactant Yields 2 Products Extended Description (Chapter 15)
A Reactant Undergoes Elimination Reaction Extended Description (Chapter 15)
Addition of 2 Reactants Shows a Reactant Replaces Extended Description (Chapter 15)
Two Reactants Yield 2 Products Extended Description (Chapter 15)
Reaction Between 2 Reactants Yields 2 Products Extended Description (Chapter 15)
Reaction Between 2 Reactants in The Presence Extended Description (Chapter 15)
Reaction Between 2 Reactants in The Presence of H Plus Extended Description (Chapter 15)
A Molecule of 2-Propanol in The Presence Extended Description (Chapter 15)
Figure 15.14 Extended Description (Chapter 15)
A General Alkene Reacts with X Y Extended Description (Chapter 15)
An Alkyl Halide R C H C H Two Reacts Extended Description (Chapter 15)
A Halogen Substitution Reaction Shows R C X Extended Description (Chapter 15)
Butan-2-ol Reacts With Potassium Dichromate Extended Description (Chapter 15)
Propanone Reacts With Lithium Aluminum Hydrid Extended Description (Chapter 15)
Ball-and-Stick Model of Ethene Shows 2 Carbon Atoms Bonded Extended Description (Chapter 15)
Ball-and-Stick Model of Ethyne Shows 2 Carbon Atoms Bonded To Each Other Extended Description (Chapter 15)
Functional Group of Alcohol Shows a Carbon Atom Bonded To Each Other Extended Description (Chapter 15)
Lewis Structure of Methanol Shows a Carbon Atom Bonded To Each Other Extended Description (Chapter 15)
Ball-and-Stick Model of Methanol Shows a Carbon Atom Bonded To Each Other Extended Description (Chapter 15)
Lewis Structure of Chloromethane Shows a Carbon Atom Bonded To Each Other Extended Description (Chapter 15)
Ball-and-Stick Model of Chloromethane Shows a Carbon Atom Bonded To Each Other Extended Description (Chapter 15)
Lewis Structure of Ethanamine Extended Description (Chapter 15)
Ball-and-Stick Model of Ethanamine Extended Description (Chapter 15)
Functional Group of Aldehyde Shows a Carbon Atom Bonded To an Oxygen Extended Description (Chapter 15)
Lewis Structure of Ethanal Extended Description (Chapter 15)
Ball-and-Stick Model of Ethanal Extended Description (Chapter 15)
Functional Group of Ketone Shows a Central Carbon Atom Extended Description (Chapter 15)
Lewis Structure of 2-Propanone Extended Description (Chapter 15)
Ball-and-Stick Model of 2-Propanone Extended Description (Chapter 15)
Functional Group of Carboxylic Acid Extended Description (Chapter 15)
Lewis Structure of Ethanoic Acid Extended Description (Chapter 15)
Ball-and-Stick Model of Ethanoic Acid Extended Description (Chapter 15)
Functional Group of Ester Extended Description (Chapter 15)
Lewis Structure of Methyl Ethanoate Extended Description (Chapter 15)
Ball-and-Stick Model of Methyl Ethanoate Extended Description (Chapter 15)
Functional Group of Amide Shows a Carbon Atom Bonded To an Oxygen Extended Description (Chapter 15)
Lewis Structure of Ethanamide Extended Description (Chapter 15)
Ball-and-Stick Model of Ethanamide Extended Description (Chapter 15)
Lewis Structure of Ethanenitrile Extended Description (Chapter 15)
Ball-and-Stick Model of Ethanenitrile Extended Description (Chapter 15)
A Molecule of Cyclohexanol in The Presence of H Plus Extended Description (Chapter 15)
A Molecule of 2-Butanol in The Presence of K 2 Extended Description (Chapter 15)
A 2-Step Reaction Shows a Molecule of Ethanol Extended Description (Chapter 15)
Reaction Between 2-Chloro-2-Methylpropane and Potassium Extended Description (Chapter 15)
Figure 15.15 Extended Description (Chapter 15)
Figure 15.16 Extended Description (Chapter 15)
Figure 15.17 Extended Description (Chapter 15)
Reaction Between 2 Molecules of Ethylamine and 1 Molecule Extended Description (Chapter 15)
Propan-2-ol Reacts With Dichromate Ion and Sulfuric Acid Extended Description (Chapter 15)
Structural Formula of 2 Compounds Extended Description (Chapter 15)
A Compound Reacts in The Presence Extended Description (Chapter 15)
Reaction Between an Unknown Reactant Extended Description (Chapter 15)
An Unknown Reactant in The Presence Extended Description (Chapter 15)
Two Reactions Yielding Alcohol and an Alkyl Halide Extended Description (Chapter 15)
Figure 15.18 Extended Description (Chapter 15)
Figure 15.19 Extended Description (Chapter 15)
Reaction Between Benzene and Bromine Molecule Extended Description (Chapter 15)
Two Reactions Show The Formation of Ethanal and 3-Pentanone Extended Description (Chapter 15)
Cyclobutanone Undergoes Reduction to Yield Cyclobutanol Extended Description (Chapter 15)
Figure 15.20 Extended Description (Chapter 15)
A 2-Step Reaction Shows Conversion of a Carbonyl Compound Extended Description (Chapter 15)
A 2-Step Reaction Shows Conversion of 2-Propanone Extended Description (Chapter 15)
A 4-step Reaction Sequence Shows a Reactant Yielding Extended Description (Chapter 15)
A 4-Step Reaction Sequence Shows 2-Bromobutane Extended Description (Chapter 15)
A Reactant Undergoes 2 Steps in The Presence of Lithium Extended Description (Chapter 15)
A Reactant Undergoes 2 Steps in The Presence of Ethyllithium Extended Description (Chapter 15)
An Unknown Reactant Yields a Product in The Presence Extended Description (Chapter 15)
An Unknown Reactant Yields a Product in 2 Steps in The Presence Extended Description (Chapter 15)
Figure 15.21 Extended Description (Chapter 15)
Structure of Carboxylic Acid Group Shows a Carbon Atom Bonded Extended Description (Chapter 15)
Structure of Ester Group Extended Description (Chapter 15)
Structure of Amide Group Shows a Carbon Atom Bonded to an Oxygen Extended Description (Chapter 15)
An Equilibrium Reaction Shows Reaction Extended Description (Chapter 15)
An Equilibrium Reaction Shows Reaction Between Ethanoic Acid Extended Description (Chapter 15)
A 2-Step Equilibrium Reaction Shows Addition Extended Description (Chapter 15)
A 2-Step Reaction Shows Addition of 2 Reactants to Yield an Intermediate, Extended Description (Chapter 15)
Structure of an Ester Extended Description (Chapter 15)
Figure 15.22 Extended Description (Chapter 15)
Figure 15.23 Extended Description (Chapter 15)
Four Structural Formulas of Fatty Acids Extended Description (Chapter 15)
An Equilibrium Reaction Shows 2 Reactants in The Presence Extended Description (Chapter 15)
Reaction Between a Molecule of Triglyceride Extended Description (Chapter 15)
Reaction Between Methyl Ethanoate and Ethanamine Extended Description (Chapter 15)
An Equilibrium Reaction Shows 2 Reactants Yielding 2 Products Extended Description (Chapter 15)
Two Reduction Reactions Extended Description (Chapter 15)
Equilibrium Reaction Between 2 Reactants in The Presence of H Extended Description (Chapter 15)
Chemical Structure Shows an Amide With a Branched Alkyl Chain Extended Description (Chapter 15)
Reaction Between 2 Reactants Extended Description (Chapter 15)
Reaction Among 3 Reactants Extended Description (Chapter 15)
A Reactant Undergoes a Reaction in The Presence of N a O H Extended Description (Chapter 15)
A Reactant Undergoes 2 Reactions in Sequence Extended Description (Chapter 15)
Equilibrium Reaction Between an Unknown Reactant Extended Description (Chapter 15)
Reaction Between 2 Unknown Reactants Yields a Product Extended Description (Chapter 15)
Nitrile Undergoes Reduction and Hydrolysis Extended Description (Chapter 15)
Structure Shows a Benzene Ring Bonded to a Carboxylic Acid Extended Description (Chapter 15)
Structure Shows a Benzene Ring Extended Description (Chapter 15)
Structure Highlights Carboxylic Acid and Ester Extended Description (Chapter 15)
Structural Formula Shows a Phenyl Ring Extended Description (Chapter 15)
Structure of a Molecule With Functional Groups Circled Extended Description (Chapter 15)
Structural Formula Shows a Benzene Ring Extended Description (Chapter 15)
Structural Formula Shows a Bromoalkyl Compound Extended Description (Chapter 15)
Structural Formula Shows a Para-Substituted Extended Description (Chapter 15)
Structure of a Molecule Extended Description (Chapter 15)
Structural Formulas of Aminobenzoic Acid, Extended Description (Chapter 15)
Figure 15.24 Extended Description (Chapter 15)
Ball-and-Stick Model Shows n Number of Monomers Extended Description (Chapter 15)
Ball-and-Stick Model of a Monomer Shows 2 Carbon Atoms Bonded to Each Extended Description (Chapter 15)
Structure of a Monomer Shows 2 Carbon Atoms Bonded to Each Other by a Double Extended Description (Chapter 15)
Ball-and-Stick Model Shows Ethylbenzene With a Benzene Ring Bonded Extended Description (Chapter 15)
Structural Formula Shows a Carbon—Carbon Double Bond Extended Description (Chapter 15)
Ball-and-Stick Model Shows an Alkene Extended Description (Chapter 15)
Structural Formula Shows C Double Bond C With One C Extended Description (Chapter 15)
Ball-and-Stick Model Shows a Substituted Alkene With a C Extended Description (Chapter 15)
A Dehydration-Condensation Reaction Shows 2 of Half Extended Description (Chapter 15)
A Monomer of a Carboxylic Acid and a Monomer Extended Description (Chapter 15)
A Monomer of a Carboxylic Acid and a Monomer of an Alcohol Extended Description (Chapter 15)
Figure 15.26 Extended Description (Chapter 15)
Conversion of Amino Acid to Charged Extended Description (Chapter 15)
Reaction Between 2 Amino Acids Shows the Formation Extended Description (Chapter 15)
Figure 15.27 Extended Description (Chapter 15)
Figure 15.28 Extended Description (Chapter 15)
Figure 15.29 Extended Description (Chapter 15)
Figure 15.30 Extended Description (Chapter 15)
Cyclic Structure of Ribose in R N A and Deoxyribose Extended Description (Chapter 15)
Structural Formula of Cytosine, Thymine, Uracil, Extended Description (Chapter 15)
Figure 15.31 Extended Description (Chapter 15)
Figure 15.32 Extended Description (Chapter 15)
Figure 15.33 Extended Description (Chapter 15)
Figure 15.34 Extended Description (Chapter 15)
Structural Formula Shows a Branched Alkane Extended Description (Chapter 15)
Two Reactants of a Reaction in The Presence of Sulfuric Acid Extended Description (Chapter 15)
Expanded Formulas of 9 Compounds Extended Description (Chapter 15)
Three Structural Formulas Show Hydrocarbons With Triple Extended Description (Chapter 15)
Expanded Formulas of 3 Compounds Extended Description (Chapter 15)
img_and10172_unfm44
Expanded Formulas of 2 Compounds Extended Description (Chapter 15)
Structural Formula Shows a Seven-Carbon Chain Extended Description (Chapter 15)
Structural Formulas Show Two Cyclohexane Rings; Extended Description (Chapter 15)
Structural Formula Shows H C Triple Bond Extended Description (Chapter 15)
Structural Formula Shows A C Double Bond C Extended Description (Chapter 15)
Molecular and Structural Formulas of The Reactants Extended Description (Chapter 15)
Structural Formulas of The Reactant and Product of a Chemical Extended Description (Chapter 15)
A Text Reading, Elimination, and Structural Extended Description (Chapter 15)
Structural Formulas of 2 Extended Description (Chapter 15)
Chemical Equation Shows Sodium Carboxylate Extended Description (Chapter 15)
Structural Formula Shows Two Benzene Extended Description (Chapter 15)
Addition of 2 Compounds Extended Description (Chapter 15)
Structural Formula Shows a Benzene Ring Bonded Extended Description (Chapter 15)
Structural Formula Shows Amide Group Extended Description (Chapter 15)
Structural Formula, a, of a Compound Extended Description (Chapter 15)
Structural Formula, b, of a Compound Extended Description (Chapter 16)
Eleven Skeletal Structures Show Branched Extended Description (Chapter 15)
Eleven Skeletal Structures Show Branched Hydrocarbons Extended Description (Chapter 15)
Four Methyl-Substituted Cyclopentane Rings Extended Description (Chapter 15)
11 Structural Formulas Show Isomers Extended Description (Chapter 15)
Structure of 11 Compounds are Given Extended Description (Chapter 15)
The Structure of 4 Compounds are Given Extended Description (Chapter 15)
Structural Formula Shows H C Triple Extended Description (Chapter 15)
A Straight-Chain Hydrocarbon with a Double Extended Description (Chapter 15)
A Hydrocarbon with a Terminal Triple Bond Extended Description (Chapter 15)
Structural Formula Shows a Five-Membered Extended Description (Chapter 15)
A structural formula with CH3 CH2 CH CH CH2 chain and CH3 and CH2 CH3 branches shown above and below the chain Extended Description (Chapter 15)
A Straight-Chain Hydrocarbon with Two Methyl Extended Description (Chapter 15)
Structural Formula Shows Four Carbon Atoms Bonded Linearly Extended Description (Chapter 15)
Structural Formula Shows a Six-Carbon Ring Extended Description (Chapter 15)
Structural Formula Shows A Benzene Ring Bonded to Extended Description (Chapter 15)
Structural Formula Shows a Six-Carbon Chain with a Double Extended Description (Chapter 15)
Structural Formula Shows a Five-Carbon Chain with a Double Extended Description (Chapter 15)
Structural Formula Shows a Chloroethyl Group, Extended Description (Chapter 15)
A Reactant in The Presence of N A O H and Heat Extended Description (Chapter 15)
Two Reactants Including a Molecule of H C N Yield a Product Extended Description (Chapter 15)
Two Reactants in The Presence of H Plus Ion Extended Description (Chapter 15)
A 2-Step Reaction Process Yields a Molecule Of Phenylethylamine Extended Description (Chapter 15)
A 3-Step Cyclic Reaction With Each Step in Equilibrium Extended Description (Chapter 15)
Structure Shows C L—C H 2 Connected To Benzene Ring With C Extended Description (Chapter 15)
Chemical Structure with a Benzene Ring Extended Description (Chapter 15)
Chemical Structure with a Cyano Group Triple Extended Description (Chapter 15)
Structure Shows Cyclobutanecarboxylic Acid Ethyl Extended Description (Chapter 15)
Structure Shows C H 2 Double Bond C H—C H 2—C Double Extended Description (Chapter 15)
Structure Shows C H 3—N H—C Double Bond O—C Double Extended Description (Chapter 15)
From Left To Right: C H 3, C H With Br Above, Extended Description (Chapter 15)
A Structural Formula Shows a Five-Carbon Chain With a Carbonyl Extended Description (Chapter 15)
A Structural Formula Shows a Benzene Ring Bonded To a Carbonyl Group, Extended Description (Chapter 15)
A Structural Formula Shows C H 3 Bonded To C H 2, Then Oxygen, Extended Description (Chapter 15)
A Structural Formula Shows a Benzene Ring With a C H 3 Group, Bonded Extended Description (Chapter 15)
Skeletal Structure of a Compound Extended Description (Chapter 15)
A Structural Formula Shows a Formyl Group Extended Description (Chapter 15)
Ethyl Bromide Reacts With Hydroxide Ion, Extended Description (Chapter 15)
A 2-Step Reaction Shows a Reactant Yielding 2 Unknown Extended Description (Chapter 15)
A 2-Step Reaction Shows a Reactant Yielding an Unknown Extended Description (Chapter 15)
Two Reactants in The Presence Of H 3 O Plus Ion Extended Description (Chapter 15)
A Reactant Yields a Product in The Presence Extended Description (Chapter 15)
A 2-Step Reaction in The Presence of Unknown Substances Extended Description (Chapter 15)
A 2-Step Reaction Shows a Reactant Yielding an Intermediate, Extended Description (Chapter 15)
Structure of Polyethylene Terephthalate Extended Description (Chapter 15)
Tetramethylene Ammonium Ion Reacts With Carboxylate Extended Description (Chapter 15)
Fragment C H 2 Bonded To Carbonyl C Double Extended Description (Chapter 15)
Interaction Between 2 Compounds Extended Description (Chapter 15)
Ball-and-Stick Model Of a Compound Shows a Central Extended Description (Chapter 15)
A 2-Step Reaction Process Involving Grignard Extended Description (Chapter 15)
Structure With C H 2 Double Bonded C H, Bonded To Chain Extended Description (Chapter 15)
A Structural Formula Labeled with Alkene Extended Description (Chapter 15)
Structural Formulas of Ibuprofen and 4-Isobutylbenzaldehyde Extended Description (Chapter 15)
The Resonance Structure of a Compound is Given Extended Description (Chapter 15)
Structure A Shows Cyclohexene Ring With Methyl Groups, Extended Description (Chapter 15)
Structure B Shows Cyclohexene Ring With Methyl Groups, Bonded Extended Description (Chapter 15)
Structure C Shows Cyclohexene Ring With Methyl Groups, Bonded To Chain Extended Description (Chapter 15)
A Long Conjugated Hydrocarbon with Two Ring Structures Extended Description (Chapter 15)
A Structural Formula of a Heptane Chain Extended Description (Chapter 15)
A Benzene Ring with OH and CH Extended Description (Chapter 15)
A Structural Formula Showing C H three C Extended Description (Chapter 15)
A Structural Formula of a Heptane Chain Extended Description (Appendix E)
A Benzene Ring with OH and CH Extended Description (Appendix E)
A Structural Formula Showing C H three C Extended Description (Appendix E)
Figure 16.1 Extended Description (Chapter 16)
Figure 16.4 Extended Description (Chapter 16)
Figure 16.5 Extended Description (Chapter 16)
Figure 16.6 Extended Description (Chapter 16)
Figure 16.7 Extended Description (Chapter 16)
Figure 16.9 Extended Description (Chapter 16)
Figure 16.10 Extended Description (Chapter 16)
Four Circles Show Increasing Numbers of Red Extended Description (Chapter 16)
An Illustration Shows Three Samples Extended Description (Chapter 16)
An Illustration Shows Four Samples Extended Description (Chapter 16)
Figure 16.11 Extended Description (Chapter 16)
An Illustration Shows a Sample at T Equals Extended Description (Chapter 16)
An Illustration Shows a Sample at T Equals 60.0 Seconds Extended Description (Chapter 16)
An Illustration Shows a Sample at T Equals 0.0 Minute Extended Description (Chapter 16)
An Illustration Shows a Sample Extended Description (Chapter 16)
Cyclopropane Gas Converts To Propene Gas Extended Description (Chapter 16)
Figure 16.12 Extended Description (Chapter 16)
Figure 16.13 Extended Description (Chapter 16)
Graph Shows Inverse N Two O Five Extended Description (Chapter 16)
The Zero-Order Slope is Graphed Extended Description (Chapter 16)
The First-Order Slope is Graphed Extended Description (Chapter 16)
The Second-Order Slope is Graphed Extended Description (Chapter 16)
Figure 16.14 Extended Description (Chapter 16)
Figure 16.15 Extended Description (Chapter 16)
A Chemical Reaction is Given Extended Description (Chapter 16)
Figure 16.16 Extended Description (Chapter 16)
Figure 16.18 Extended Description (Chapter 16)
Figure 16.19 Extended Description (Chapter 16)
Graph Shows Ozone Plus Oxygen Extended Description (Chapter 16)
Graph of Potential Energy from Left Extended Description (Chapter 16)
Figure 16.20 Extended Description (Chapter 16)
Figure 16.21 Extended Description (Chapter 16)
Figure 16.22 Extended Description (Chapter 16)
Figure B16.1 Extended Description (Chapter 16)
Figure 16.23 Extended Description (Chapter 16)
Figure 16.24 Extended Description (Chapter 16)
Figure 16.26 Extended Description (Chapter 16)
Three Circular Ozone Maps from Left to Right Extended Description (Chapter 16)
Figure 16.27 Extended Description (Chapter 16)
Figure 16.28 Extended Description (Chapter 16)
An Illustration Shows a Sample Extended Description (Chapter 16)
An Illustration Shows a Sample in a Cubic Container Extended Description (Chapter 16)
Diagram Shows Potential Energy Versus Reaction Extended Description (Chapter 16)
Reaction Coordinate Graph Shows Potential Energy Extended Description (Chapter 16)
Two Curves on a Graph Show Concentration Extended Description (Chapter 16)
A Curve is Graphed on The X Y Coordinate Plane Extended Description (Chapter 16)
A Line and a Curve are Graphed Extended Description (Chapter 16)
An Illustration Shows a Sample at T Equals 0.0 Second Extended Description (Chapter 16)
An Illustration Shows Four Samples at Different Times Extended Description (Chapter 16)
A Table and a Graph are Given Extended Description (Chapter 16)
Energy Diagram Shows a Curve from Reactants Extended Description (Chapter 16)
The Bond Formation Between The Compounds Extended Description (Chapter 16)
An Energy Versus Reaction Progress Diagram Showing Extended Description (Chapter 16)
A Lewis structure of C l−C l−N double Extended Description (Chapter 16)
A Graph Shows The Energy Diagram of The Reaction Extended Description (Chapter 16)
An Illustration Shows Two Extended Description (Chapter 16)
The Ball and Stick Model of a Compound Extended Description (Chapter 16)
A Line is Graphed on The X Y Coordinate Plane Extended Description (Chapter 16)
An Illustration Shows Four Samples at Different Initial Extended Description (Chapter 16)
An Illustration Shows Five Filmstrip Extended Description (Chapter 16)
An Energy Versus Reaction Progress Diagram Showing Extended Description (Chapter 16)
Figure 17.1 Extended Description (Chapter 17)
A Cube Shows Many Blue Extended Description (Chapter 17)
A Cube Shows Many Green Extended Description (Chapter 17)
A Cube Shows Equal Numbers Extended Description (Chapter 17)
Figure 17.2 Extended Description (Chapter 17)
Figure 17.3 Extended Description (Chapter 17)
Figure 17.4 Extended Description (Chapter 17)
Figure 17.5 Extended Description (Chapter 17)
An Illustration Shows Four Samples 1 Through 4 Extended Description (Chapter 17)
Diagram Shows Three Circles Labeled One Extended Description (Chapter 17)
Three Circular Panels Labeled One To Three Show Extended Description (Chapter 17)
Figure 17.6 Extended Description (Chapter 17)
Figure 17.7 Extended Description (Chapter 17)
Figure 17.8 Extended Description (Chapter 17)
Figure 17.9 Extended Description (Chapter 17)
An Equation Shows Hb Aqueous Extended Description (Chapter 17)
An Equation Shows H b Aqueous Plus Four Extended Description (Chapter 17)
Figure 17.11 Extended Description (Chapter 17)
A Three Panel Diagram of Particles in Circles Labeled Extended Description (Chapter 17)
An Illustration Shows Three Samples 1 Through 3 at Equilibrium Extended Description (Chapter 17)
An Illustration Shows Two Samples at Equilibrium at T 1 Extended Description (Chapter 17)
A Circular Diagram Extended Description (Chapter 17)
A Diagram Shows Green Extended Description (Chapter 17)
Two Curves are Graphed on The X Y Coordinate Extended Description (Chapter 17)
Figure B17.1 Extended Description (Chapter 17)
An Illustration Shows Five Filmstrip Samples A Through E Extended Description (Chapter 17)
An Illustration Shows A Sample A Changing Extended Description (Chapter 17)
An Illustration Shows The Carbon Phase Diagram With Respect Extended Description (Chapter 17)
Hydrogen Chloride Reacts Extended Description (Chapter 18)
Figure 18.1 Extended Description (Chapter 18)
A Reaction Shows H 2 S and N H 3 Forming Extended Description (Chapter 18)
A General Acid-Base Reaction is Given Extended Description (Chapter 18)
Figure 18.2 Extended Description (Chapter 18)
Three Circular Panels Show Molecular Distributions Extended Description (Chapter 18)
A Sample Shows 5 Molecules, 3 A Atoms, Extended Description (Chapter 18)
A Sample Shows 6 Molecules, 3 C Atoms, Extended Description (Chapter 18)
An Equilibrium Chemical Reaction is Given With Ball and Stick Model Extended Description (Chapter 18)
Figure 18.3 Extended Description (Chapter 18)
Figure 18.4 Extended Description (Chapter 18)
Figure 18.5 Extended Description (Chapter 18)
Figure 18.6 Extended Description (Chapter 18)
Figure 18.8 Extended Description (Chapter 18)
Figure 18.9 Extended Description (Chapter 18)
Lewis Structure of Hypochlorous Acid Shows H Extended Description (Chapter 18)
Lewis Structure of Hypochlorous Acid Shows H Single Extended Description (Chapter 18)
Lewis Structure of Formic Acid Shows H Single Extended Description (Chapter 18)
Lewis Structure of Acetic Acid Shows a C Extended Description (Chapter 18)
Lewis Structure of Propanoic Acid Shows Extended Description (Chapter 18)
Lewis Structure of Hypochlorous Acid Shows H Single Extended Description (Chapter 18)
A Ball-and-Stick Model Extended Description (Chapter 18)
A Structural Formula Shows Two Carbon Atoms Each Double Extended Description (Chapter 18)
A Structural Formula Shows a Sulfur Atom Extended Description (Chapter 18)
A Structural Formula Shows a Phosphorus Atom Double Extended Description (Chapter 18)
A Structural Formula Shows an Arsenic Atom Extended Description (Chapter 18)
A Structural Formula Shows a Carbon Atom Double Extended Description (Chapter 18)
Figure 18.10 Extended Description (Chapter 18)
The Structure of The Acid is Given Extended Description (Chapter 18)
Figure 18.11 Extended Description (Chapter 18)
Figure 18.12 Extended Description (Chapter 18)
A Structural Formula Shows a Five-Carbon Chain With a Nitrogen Extended Description (Chapter 18)
A Structural Formula Shows a Three-Carbon Chain Extended Description (Chapter 18)
A Structural Formula Shows a Carbon Atom Bonded Extended Description (Chapter 18)
A Structural Formula Shows a Nitrogen Atom Bonded Extended Description (Chapter 18)
The Structure of The Compound is Given Extended Description (Chapter 18)
Figure 18.13 Extended Description (Chapter 18)
The Space-Filling Model of Dimethylamine is Given Extended Description (Chapter 18)
The Space-Filling Model of Pyridine is Given Extended Description (Chapter 18)
Figure 18.14 Extended Description (Chapter 18)
The Lewis Acid-Base Reaction is Given Extended Description (Chapter 18)
The Lewis Acid-Base Reaction (Adduct) is Given Extended Description (Chapter 18)
A Diagram Shows an Acid With Three Fluorine Atoms, Extended Description (Chapter 18)
A Reaction Shows a Base Donating Electrons Extended Description (Chapter 18)
A Reaction Shows Ch 3 C L and A L C L 3 Forming An Adduct, Extended Description (Chapter 18)
A Reaction Shows Sulfuric Acid Donating a Proton Extended Description (Chapter 18)
A Reaction Diagram Showing Ca 2 Plus Extended Description (Chapter 18)
An Equilibrium Reaction is Given With The Ball and Stick Model Extended Description (Chapter 18)
Figure 18.15 Extended Description (Chapter 18)
A Beaker With a Liquid Contains Green, Red, And White Extended Description (Chapter 18)
Beaker a Shows a Dilute Solution With Few Purple Extended Description (Chapter 18)
Three Labeled Circles 1 to 3 Showing Green Extended Description (Chapter 18)
An Equilibrium Reaction is Given With Ball and Stick Model Extended Description (Chapter 18)
An Illustration Shows Four Aqueous Reactions A Through D Extended Description (Chapter 18)
Two-Step Reaction Showing Extended Description (Chapter 18)
An Illustration Shows a Sample Extended Description (Chapter 18)
A Graph Shows The Enzyme Activity With Respect Extended Description (Chapter 18)
An Illustration Shows Two Aqueous Reactions in a Beaker Extended Description (Chapter 18)
An Illustration Shows Aqueous Reaction in a Beaker Extended Description (Chapter 18)
A Chemical Structure Showing CH2 Double Bond Extended Description (Chapter 18)
An Illustration Shows Three Samples Extended Description (Chapter 18)
Figure 19.1 Extended Description (Chapter 19)
Figure 19.2 Extended Description (Chapter 19)
Figure 19.3 Extended Description (Chapter 19)
Figure 19.4 Extended Description (Chapter 19)
The Equation For Negative Logarithm of Concentration Extended Description (Chapter 19)
Figure 19.5 Extended Description (Chapter 19)
Four Solutions Show Increasing Numbers of Green Extended Description (Chapter 19)
Three Solutions Show Red and White Water Molecules Extended Description (Chapter 19)
Figure 19.6 Extended Description (Chapter 19)
Figure 19.7 Extended Description (Chapter 19)
Figure 19.8 Extended Description (Chapter 19)
In a Reversible Reaction, H I N Acid Form Extended Description (Chapter 19)
Figure 19.9 Extended Description (Chapter 19)
Figure 19.10 Extended Description (Chapter 19)
Figure 19.11 Extended Description (Chapter 19)
Figure 19.12 Extended Description (Chapter 19)
A 2-Step Reaction Shows The Formation of Unprotonated Extended Description (Chapter 19)
Figure 19.14 Extended Description (Chapter 19)
Four Particle Diagrams Show Different Ratios Extended Description (Chapter 19)
Three Particle Diagrams Labeled 1 To 3 Show Varying Amounts Extended Description (Chapter 19)
Three Particle Diagrams Labeled 1 To 3 Show Different Ratios Extended Description (Chapter 19)
Figure 19.17 Extended Description (Chapter 19)
Figure 19.18 Extended Description (Chapter 19)
A Graph Plots P H Against Volume of Added Base Extended Description (Chapter 19)
A Four Beakers Labeled 1 to 4 with Red Spheres Extended Description (Chapter 19)
Three Circles Show Different Mixtures of Green Extended Description (Chapter 19)
A Four Beakers Labeled A to D Showing H3PO4 Extended Description (Chapter 19)
Four Ball-and-Stick Models are Marked A Through D Extended Description (Chapter 19)
A Peak is Graphed on The X Y Coordinate Extended Description (Chapter 19)
Four Circles Containing Particles are Marked 1 Through 4 Extended Description (Chapter 19)
Three Circles Containing Particles are Marked 1 Through 3 Extended Description (Chapter 19)
Figure 20.3 Extended Description (Chapter 20)
Figure 20.4 Extended Description (Chapter 20)
Figure 20.5 Extended Description (Chapter 20)
Figure 20.6 Extended Description (Chapter 20)
Figure 20.7 Extended Description (Chapter 20)
Figure 20.8 Extended Description (Chapter 20)
Figure 20.9 Extended Description (Chapter 20)
Figure 20.10 Extended Description (Chapter 20)
Figure 20.11 Extended Description (Chapter 20)
Figure 20.12 Extended Description (Chapter 20)
Figure 20.13 Extended Description (Chapter 20)
A Reaction Occurs in the Presence of Heat Extended Description (Chapter 20)
A Bar Graph Shows Data For Delta S Extended Description (Chapter 20)
A Graph Plots Pressure Against Temperature Extended Description (Chapter 20)
Figure 20.14 Extended Description (Chapter 20)
A Diagram Shows Red and Blue Diatomic Molecules Extended Description (Chapter 20)
A Diagram Shows Red Atoms Leaving a Solid Gray Extended Description (Chapter 20)
Figure B20.1 Extended Description (Chapter 20)
Figure B20.2 Extended Description (Chapter 20)
Figure 20.15 Extended Description (Chapter 20)
Three Spheres Containing Space-Filling Models are Marked 1 Through 3 Extended Description (Chapter 20)
Three Particle Diagrams Labeled 1 To 3 Show a Mixture Extended Description (Chapter 20)
Three Circles Containing Moving Particles are Marked 1 Through 3 Extended Description (Chapter 20)
Figure 20.16 Extended Description (Chapter 20)
A Reaction is Represented by Space-Filling Models in Spheres Extended Description (Chapter 20)
A Graph Plots G System Against Extent of Reaction Extended Description (Chapter 20)
Four Circles Marked A Through D Contain Space-Filling Models Extended Description (Chapter 20)
Three Diagrams Labeled 1 To 3 Show Blue Diatomic Molecules With Motion Extended Description (Chapter 20)
Three Circles Containing Space-Filling Models are Marked 1 Through 3 Extended Description (Chapter 20)
Four Graphs Marked A Through D Plot G System Extended Description (Chapter 20)
A Graph Plots Pressure Against Temperature Extended Description (Chapter 20)
Figure 21.1 Extended Description (Chapter 21)
Figure 21.2 Extended Description (Chapter 21)
Figure 21.3 Extended Description (Chapter 21)
Figure 21.4 Extended Description (Chapter 21)
Figure 21.5 Extended Description (Chapter 21)
Cell Notation Shows Zinc Oxidized at Anode Extended Description (Chapter 21)
A Voltaic Cell with Chromium and Silver Extended Description (Chapter 21)
Figure 21.6 Extended Description (Chapter 21)
Figure 21.7 Extended Description (Chapter 21)
Figure 21.8 Extended Description (Chapter 21)
Figure B21.1 Extended Description (Chapter 21)
Figure 21.9 Extended Description (Chapter 21)
Figure 21.10 Extended Description (Chapter 21)
Figure 21.11 Extended Description (Chapter 21)
Figure 21.12 Extended Description (Chapter 21)
Figure 21.13 Extended Description (Chapter 21)
Figure 21.15 Extended Description (Chapter 21)
Figure 21.17 Extended Description (Chapter 21)
Figure 21.18 Extended Description (Chapter 21)
Diagram Shows Labeled Parts of A Hydrogen Extended Description (Chapter 21)
Figure 21.19 Extended Description (Chapter 21)
Figure 21.21 Extended Description (Chapter 21)
Figure 21.23 Extended Description (Chapter 21)
Figure 21.24 Extended Description (Chapter 21)
Oxidation Half-Reaction Showing Water Extended Description (Chapter 15)
Figure 21.25 Extended Description (Chapter 21)
Reduction Half-Reaction Showing Water and Electrons Extended Description (Chapter 15)
A Photo Depicts The Electrolysis of Aqueous Extended Description (Chapter 21)
Figure 21.26 Extended Description (Chapter 21)
A Road Map Shows The Conversion of Mass in Grams Extended Description (Chapter 21)
Galvanic Cell Shows Tin Anode and Carbon Cathode Extended Description (Chapter 21)
A Galvanic Cell Setup of A Nickel Anode and Carbon athode Extended Description (Chapter 21)
A Galvanic Cell Diagram Shows Metal Electrodes A and E Extended Description (Chapter 21)
Electrochemical Cell with Iron and Nickel Electrodes Extended Description (Chapter 21)
A Diagram Shows A Voltaic Cell Extended Description (Chapter 21)
A Galvanic Cell with Zinc Electrode Extended Description (Chapter 15)
A Galvanic Cell with Manganese Electrode Extended Description (Chapter 15)
A Diagram Shows An Electrolytic Cell Extended Description (Chapter 21)
Figure 22.1 Extended Description (Chapter 22)
Figure 22.3 Extended Description (Chapter 22)
Figure 22.4 Extended Description (Chapter 22)
Figure 22.5 Extended Description (Chapter 22)
Figure 22.6 Extended Description (Chapter 22)
Two Complex Formulas of The Composition Extended Description (Chapter 22)
Figure 22.7 Extended Description (Chapter 22)
Figure 22.8 Extended Description (Chapter 22)
Figure 22.9 Extended Description (Chapter 22)
Figure 22.10 Extended Description (Chapter 22)
Figure 22.12 Extended Description (Chapter 22)
Figure 22.13 Extended Description (Chapter 22)
Figure 22.14 Extended Description (Chapter 22)
Figure 22.15 Extended Description (Chapter 22)
Figure 22.16 Extended Description (Chapter 22)
Figure 22.17 Extended Description (Chapter 22)
Figure 22.18 Extended Description (Chapter 22)
Figure 22.19 Extended Description (Chapter 22)
Figure 22.20 Extended Description (Chapter 22)
Figure 22.21 Extended Description (Chapter 22)
Figure 22.22 Extended Description (Chapter 22)
The Ball and Stick Model of Disulfuric Acid Extended Description (Chapter 22)
Figure 22.23 Extended Description (Chapter 22)
Figure 22.24 Extended Description (Chapter 22)
A Reaction Shows A Sample of Matter Changing Extended Description (Chapter 22)
A Two Circle Molecular Diagram with Arrow Showing Extended Description (Chapter 22)
Figure 23.1 Extended Description (Chapter 23)
Figure 23.2 Extended Description (Chapter 23)
Figure 23.3 Extended Description (Chapter 23)
Figure 23.4 Extended Description (Chapter 23)
Figure 23.5 Extended Description (Chapter 23)
Figure 23.6 Extended Description (Chapter 23)
Figure 23.7 Extended Description (Chapter 23)
Two Examples of Coordination Compounds Highlighting Extended Description (Chapter 23)
Figure 23.8 Extended Description (Chapter 23)
The Structures of Cyanide Ion and Thiocyanate Ion Extended Description (Chapter 23)
The Structures of Hydroxide Ion and Nitrite Ion Extended Description (Chapter 23)
Oxalate Ion is Enclosed in Square Brackets Extended Description (Chapter 23)
The Structure of Diethylenetriamine Extended Description (Chapter 23)
The Structure of Triphosphate Ion Extended Description (Chapter 23)
The Structure of Ethylenediaminetetraacetate Ion Extended Description (Chapter 23)
The Complex Compound, [C o (N H 3)4 C l2] C l Extended Description (Chapter 23)
The Complex Compound, K 2[C o (H 2 O) B r 3 C l 2] Extended Description (Chapter 23)
Figure 23.9 Extended Description (Chapter 23)
The Lewis Structures of Nitrite, Cyanate, and Thiocyanate Extended Description (Chapter 23)
Figure 23.10 Extended Description (Chapter 23)
Figure 23.11 Extended Description (Chapter 23)
Figure 23.12 Extended Description (Chapter 23)
Trans and Cis form of A Square Planar Complex Extended Description (Chapter 23)
Figure 23.13 Extended Description (Chapter 23)
Figure 23.14 Extended Description (Chapter 23)
Figure 23.15 Extended Description (Chapter 23)
Figure 23.16 Extended Description (Chapter 23)
Figure 23.17 Extended Description (Chapter 23)
Figure 23.18 Extended Description (Chapter 23)
Figure 23.19 Extended Description (Chapter 23)
Figure 23.20 Extended Description (Chapter 23)
Figure 23.21 Extended Description (Chapter 23)
Figure 23.22 Extended Description (Chapter 23)
Figure 23.23 Extended Description (Chapter 23)
Figure 23.24 Extended Description (Chapter 23)
Figure 23.25 Extended Description (Chapter 23)
Energy Diagram for 2 Iron Extended Description (Chapter 23)
Figure 23.26 Extended Description (Chapter 23)
Figure B23.1 Extended Description (Chapter 23)
Figure B23.2 Extended Description (Chapter 23)
Cis and Trans Isomers of The Coordination Compound Extended Description (Chapter 23)
Five Geometric Isomers are Depicted Extended Description (Chapter 23)
Lewis Structure of Nitrate Ion Extended Description (Chapter 23)
Square Planar Platinum Complexes Extended Description (Chapter 23)
Square Planar Platinum Complexes Showing Extended Description (Chapter 23)
Square Planar Platinum Complexes Showing Structural Extended Description (Chapter 23)
Square Planar Platinum Complex Showing Cis Extended Description (Chapter 23)
Two Octahedral Chromium Two Extended Description (Chapter 23)
Two Octahedral Platinum Two Plus Extended Description (Chapter 23)
Two Orbital Diagrams Show D Sub X Extended Description (Chapter 23)
An Orbital Diagram with S, P, And D Extended Description (Chapter 23)
Square Planar Platinum Complex Extended Description (Chapter 23)
A Square Planar Platinum Complex Extended Description (Chapter 23)
A Square Planar Platinum Complex with Two Extended Description (Chapter 23)
Square-Planar Platinum Complex with Two Ammonia Extended Description (Chapter 23)
Square-Planar Platinum Complex with Two Ammonia and Two Thiocyanate Extended Description (Chapter 23)
Square-Planar Platinum Complex with Two Ammonia and 2 Extended Description (Chapter 23)
Cis and Trans Isomers of Cobalt Extended Description (Chapter 23)
Three Octahedral Chromium Three Extended Description (Chapter 23)
Three Chromium Complexes From Left Extended Description (Chapter 23)
Structure of 3 geometric isomers are given Extended Description (Chapter 23)
Square Planar Platinum Complex with Two Chloride Extended Description (Chapter 23)
Square Planar Platinum Complex with Two Chloride Ligands Extended Description (Chapter 23)
Structures of Bipyridyl and Ortho Extended Description (Chapter 23)
Six Energy Level Diagrams are Marked A Through E Extended Description (Chapter 23)
A Decay Process Shows The Emission Extended Description (Chapter 24)
In Beta-Decay, Nucleus with x p Positive Extended Description (Chapter 24)
A Reaction Shows Positron-Emission Extended Description (Chapter 24)
In X-Ray Emission, Nucleus with x p Positive Extended Description (Chapter 24)
In Gamma-Emission, Excited Nucleus Yields Extended Description (Chapter 24)
Figure 24.1 Extended Description (Chapter 24)
Figure 24.2 Extended Description (Chapter 24)
Figure 24.3 Extended Description (Chapter 24)
Figure 24.5 Extended Description (Chapter 24)
Close-up of Irene and Frederic Extended Description (Chapter 24)
Figure 24.7 Extended Description (Chapter 24)
Figure 24.8 Extended Description (Chapter 24)
Figure 24.9 Extended Description (Chapter 24)
Figure 24.11 Extended Description (Chapter 24)
Figure 24.13 Extended Description (Chapter 24)
Figure 24.14 Extended Description (Chapter 24)
Figure 24.15 Extended Description (Chapter 24)
Figure 24.17 Extended Description (Chapter 24)
Figure 24.18 Extended Description (Chapter 24)
In A Reaction, A Neutron Bombards 235-U Extended Description (Chapter 24)
A Red Sphere with A Equals 146 and Z Equals 64 Extended Description (Chapter 24)
Figure 7.1 Extended Description (Chapter 7a)
Figure 7.2 Extended Description (Chapter 7a)
Figure 7.3 Extended Description (Chapter 7a)
A Road Map Shows Conversion Extended Description (Chapter 7a)
Figure 7.4 Extended Description (Chapter 7a)
Figure 7.5 Extended Description (Chapter 7a)
Figure 7.6 Extended Description (Chapter 7a)
Figure 7.8 Extended Description (Chapter 7a)
Rainbow on Sky Shows Extended Description (Chapter 7a)
Figure 7.9 Extended Description (Chapter 7a)
Figure 7.10 Extended Description (Chapter 7a)
Figure 7.11 Extended Description (Chapter 7a)
Figure 7.12 Extended Description (Chapter 7a)
Analogy for Energy Level Diagram Extended Description (Chapter 7a)
Absorption and Emission Spectra Extended Description (Chapter 7a)
Figure 7.13 Extended Description (Chapter 7a)
Figure 7.16 Extended Description (Chapter 7a)
Figure 7.17 Extended Description (Chapter 7a)
Figure 7.18 Extended Description (Chapter 7a)
Figure 7.19 Extended Description (Chapter 7a)
Figure 7.20 Extended Description (Chapter 7a)
Illustration of Fallen Apples Extended Description (Chapter 7a)
Figure 7.21 Extended Description (Chapter 7a)
Figure 7.22 Extended Description (Chapter 7a)
Figure 7.23 Extended Description (Chapter 7a)
Figure 7.24 Extended Description (Chapter 7a)
Figure 7.25 Extended Description (Chapter 7a)
Figure 7.26 Extended Description (Chapter 7a)
Three Graphs, A, B, and C Extended Description (Chapter 7a)
Bohr-Model Representation Extended Description (Chapter 7a)
A Line Graph Extended Description (Chapter 7a)
Representation of 3 s Orbita Extended Description (Chapter 7a)
Figure 16.1 Extended Description (Chapter 16a)
Figure 16.4 Extended Description (Chapter 16a)
Figure 16.5 Extended Description (Chapter 16a)
Figure 16.6 Extended Description (Chapter 16a)
Figure 16.7 Extended Description (Chapter 16a)
Figure 16.9 Extended Description (Chapter 16a)
Figure 16.10 Extended Description (Chapter 16a)
Four Circles Show Increasing Extended Description (Chapter 16a)
An Illustration Shows Three Samples Extended Description (Chapter 16a)
An Illustration Shows Four Samples Extended Description (Chapter 16a)
Figure 16.11 Extended Description (Chapter 16a)
An llustration Shows a Sample Extended Description (Chapter 16a)
An llustration Shows a Sample Extended Description (Chapter 16a)
An llustration Shows a Sample Extended Description (Chapter 16a)
An llustration Shows a Sample Extended Description (Chapter 16a)
Cyclopropane Gas Extended Description (Chapter 16a)
Figure 16.12 Extended Description (Chapter 16a)
Figure 16.13 Extended Description (Chapter 16a)
The Zero-Order Slope Extended Description (Chapter 16a)
The First-Order Slope Extended Description (Chapter 16a)
The Second-Order Slope Extended Description (Chapter 16a)
Figure 16.14 Extended Description (Chapter 16a)
Figure 16.15 Extended Description (Chapter 16a)
A Chemical Reaction is Given Extended Description (Chapter 16a)
Figure 16.16 Extended Description (Chapter 16a)
Figure 16.18 Extended Description (Chapter 16a)
Figure 16.19 Extended Description (Chapter 16a)
Graph Shows Ozone Plus Extended Description (Chapter 16a)
Graph of Potential Energy Extended Description (Chapter 16a)
Figure 16.20 Extended Description (Chapter 16a)
Figure 16.21 Extended Description (Chapter 16a)
Figure 16.22 Extended Description (Chapter 16a)
Figure B16.1 Extended Description (Chapter 16a)
Figure 16.23 Extended Description (Chapter 16a)
Figure 16.24 Extended Description (Chapter 16a)
Figure 16.26 Extended Description (Chapter 16a)
Three Circular Ozone Maps Extended Description (Chapter 16a)
Figure 16.27 Extended Description (Chapter 16a)
Figure 16.28 Extended Description (Chapter 16a)
Figure 16.29 Extended Description (Chapter 16a)
Figure 16.30 Extended Description (Chapter 16a)
An Illustration Shows a Sample Extended Description (Chapter 16a)
An Illustration Shows a Sample Extended Description (Chapter 16a)
Diagram Shows Potential Energy Extended Description (Chapter 16a)
Reaction Coordinate Graph Extended Description (Chapter 16a)
Two Curves on a Graph Extended Description (Chapter 16a)
A Line and a Curve Extended Description (Chapter 16a)
An Illustration Shows a Sample Extended Description (Chapter 16a)
An Illustration Shows Four Samples Extended Description (Chapter 16a)
A Table and a Graph Extended Description (Chapter 16a)
Energy Diagram Shows a Curve Extended Description (Chapter 16a)
A Curve is Graphed Extended Description (Chapter 16a)
A Graph Shows the Energy Extended Description (Chapter 16a)
An Illustration Shows two Samples Extended Description (Chapter 16a)
The Ball and Stick Model Extended Description (Chapter 16a)
A Line is Graphed Extended Description (Chapter 16a)
An Illustration Shows Four Samples Extended Description (Chapter 16a)
An Illustration Shows Five Samples Extended Description (Chapter 16a)
The Structure of a Compound Extended Description (Chapter 16a)
Figure 20.3 Extended Description (Chapter 20a)
Figure 20.4 Extended Description (Chapter 20a)
Figure 20.5 Extended Description (Chapter 20a)
Figure 20.6 Extended Description (Chapter 20a)
Figure 20.7 Extended Description (Chapter 20a)
Figure 20.8 Extended Description (Chapter 20a)
Figure 20.9 Extended Description (Chapter 20a)
Figure 20.10 Extended Description (Chapter 20a)
Figure 20.11 Extended Description (Chapter 20a)
Figure 20.12 Extended Description (Chapter 20a)
Figure 20.13 Extended Description (Chapter 20a)
A Reaction Occurs Extended Description (Chapter 20a)
A Bar Graph Shows Data Extended Description (Chapter 20a)
Figure 20.14 Extended Description (Chapter 20a)
A Diagram Shows Red and Blue Extended Description (Chapter 20a)
A Diagram Shows Red Atoms Extended Description (Chapter 20a)
Figure 20.15 Extended Description (Chapter 20a)
Figure B20.1 Extended Description (Chapter 20a)
Figure B20.2 Extended Description (Chapter 20a)
Three Spheres Containing Extended Description (Chapter 20a)
Three Particle Diagrams Extended Description (Chapter 20a)
Three Circles Containing Extended Description (Chapter 20a)
Figure 20.16 Extended Description (Chapter 20a)
A Reaction is Represented Extended Description (Chapter 20a)
A Graph Plots G System Extended Description (Chapter 20a)
Four Circles Marked A Extended Description (Chapter 20a)
Three Diagrams Labeled Extended Description (Chapter 20a)
Three Circles Containing Extended Description (Chapter 20a)
Four Graphs Marked A Extended Description (Chapter 20a)
A Graph Plots Pressure Extended Description (Chapter 20a)
Figure A.1 Extended Description (Appendix A)
The Lewis Structure for Acetic Acid Extended Description (Appendix C)
The Lewis Structure for Acetylsalicylic Acid Extended Description (Appendix C)
The Lewis Structure for Adipic Acid Extended Description (Appendix C)
The Lewis Structure for Arsenic Acid Extended Description (Appendix C)
The Lewis Structure for Ascorbic Acid Extended Description (Appendix C)
The Lewis Structure for Benzoic Acid Extended Description (Appendix C)
The Lewis Structure for Carbonic Acid Extended Description (Appendix C)
The Lewis Structure for Chloroacetic Acid Extended Description (Appendix C)
The Lewis Structure for Chlorous Acid Extended Description (Appendix C)
The Lewis Structure for Citric Acid Extended Description (Appendix C)
The Lewis Structure for Formic Acid Extended Description (Appendix C)
The Lewis Structure for Glyceric Acid Extended Description (Appendix C)
The Lewis Structure for Glycolic Acid Extended Description (Appendix C)
The Lewis Structure for Glyoxylic Acid Extended Description (Appendix C)
The Lewis Structure for Hydrocyanic Acid Extended Description (Appendix C)
The Lewis Structure for Hydrofluoric Acid Extended Description (Appendix C)
The Lewis Structure for Hydrosulfuric Acid Extended Description (Appendix C)
The Lewis Structure for Hypobromous Acid Extended Description (Appendix C)
The Lewis Structure for Hypochlorous Acid Extended Description (Appendix C)
The Lewis Structure for Hypoiodous Acid Extended Description (Appendix C)
The Lewis Structure for Iodic Acid Extended Description (Appendix C)
The Lewis Structure for Lactic Acid Extended Description (Appendix C)
The Lewis Structure for Maleic Acid Extended Description (Appendix C)
The Lewis Structure for Malonic Acid Extended Description (Appendix C)
The Lewis Structure for Nitrous Acid Extended Description (Appendix C)
The Lewis Structure for Oxalic Acid Extended Description (Appendix C)
The Lewis Structure for Phenol Extended Description (Appendix C)
The Lewis Structure for Phenylacetic Acid Extended Description (Appendix C)
The Lewis Structure for Phosphoric Acid Extended Description (Appendix C)
The Lewis Structure for Phosphorous Acid Extended Description (Appendix C)
The Lewis Structure for Propanoic Acid Extended Description (Appendix C)
The Lewis Structure for Pyruvic Acid Extended Description (Appendix C)
The Lewis Structure for Succinic Acid Extended Description (Appendix C)
The Lewis Structure for Sulfuric Acid Extended Description (Appendix C)
The Lewis Structure for Sulfurous Acid Extended Description (Appendix C)
The Lewis Structure for Ammonia Extended Description (Appendix C)
The Lewis Structure for Aniline Extended Description (Appendix C)
The Lewis Structure for Diethylamine Extended Description (Appendix C)
The Lewis Structure for Dimethylamine Extended Description (Appendix C)
The Lewis Structure for Ethanolamine Extended Description (Appendix C)
The Lewis Structure for Ethylamine Extended Description (Appendix C)
The Lewis Structure for Ethylenediamine Extended Description (Appendix C)
The Lewis Structure for Methylamine Extended Description (Appendix C)
The Lewis Structure for Tert-Butylamine Extended Description (Appendix C)
The Lewis Structure for Piperidine Extended Description (Appendix C)
The Lewis Structure for N-Propylamine Extended Description (Appendix C)
The Lewis Structure for Isopropylamine Extended Description (Appendix C)
The Lewis Structure for 1,3-Propylenediamine Extended Description (Appendix C)
The Lewis Structure for Pyridine Extended Description (Appendix C)
The Lewis Structure for Triethylamine Extended Description (Appendix C)
The Lewis Structure for Trimethylamine Extended Description (Appendix C)
Two-Part Illustrations A and B Extended Description (Appendix E)
A Flowchart Shows The Steps Involved in The Conversion of Empirical Extended Description (Appendix E)
A Flowchart Showing How to Find The Molecular Formula Extended Description (Appendix E)
A Flowchart Showing How to Get a Molecular Formula Extended Description (Appendix E)
A Flowchart Shows The Calculation Steps Extended Description (Appendix E)
An Illustration Shows The Enthalpy Change Extended Description (Appendix E)
Reaction Diagram with Ethane and Oxygen Extended Description (Appendix E)
Diagram Shows Methanol and Oxygen as Reactants Extended Description (Appendix E)
Electron Configuration of Nitrogen Extended Description (Appendix E)
Orbital Diagram Showing Full 4 s Extended Description (Appendix E)
Orbital Diagram Showing Full 4 s, Five Electrons Extended Description (Appendix E)
Orbital Diagram Showing 3 s Extended Description (Appendix E)
Orbital Diagram with 3 s Fully Filled Extended Description (Appendix E)
Orbital Diagram from 1 s to 3 p Extended Description (Appendix E)
Orbital Diagram with 5 s Fully Filled Extended Description (Appendix E)
Three Polar Bonds Extended Description (Appendix E)
Lewis Structure of Carbon Bonded Extended Description (Appendix E)
Lewis Structure of Phosphorus Trifluoride Extended Description (Appendix E)
Lewis Structure of The Nitronium Ion with Nitrogen Extended Description (Appendix E)
Three Resonance Structures Extended Description (Appendix E)
A Lewis Structure of Iodine Pentafluoride Extended Description (Appendix E)
A Lewis Structure of The Cyanide Ion Extended Description (Appendix E)
A Lewis Structure of Bromate Ion Extended Description (Appendix E)
A Lewis Structure of The Tetrafluoroarsenate Ion Extended Description (Appendix E)
A Lewis Structure of The Tetrafluoroarsenate Ion Extended Description (Appendix E)
A Reaction Showing Beryllium Dichloride Extended Description (Appendix E)
Three Lewis Structures of Phosphorus Extended Description (Appendix E)
Three Lewis Structures of Dichloroethene Extended Description (Appendix E)
Lewis Structures of Hydrazine, Diazene, and Nitrogen Extended Description (Appendix E)
A Reaction with Enthalpy Change of Minus Extended Description (Appendix E)
A Reaction Showing Propene and Hydrogen Extended Description (Appendix E)
A Lewis Structure of Oxalic Acid Extended Description (Appendix E)
Lewis Structures of Oxalic Acid, Hydrogen Oxalate Extended Description (Appendix E)
Orbital Diagram Showing Electron Promotion Extended Description (Appendix E)
Orbital Diagram Showing 4 s and 4 p Extended Description (Appendix E)
A Lewis Structure Showing Fluorine Single Extended Description (Appendix E)
Two Structures of 2-Butene Extended Description (Appendix E)
Resonance Forms Showing Lone Pair Extended Description (Appendix E)
The Bond Formation Between Two Compounds Extended Description (Appendix E)
Three Curves are Graphed Extended Description (Appendix E)
The Bond Formation Between 2 Compounds Extended Description (Appendix E)
A Line Graph Showing Temperature Rising Extended Description (Appendix E)
An Energy Level Diagram is Given Extended Description (Appendix E)
A Three-Carbon Chain with Two Hydroxyl Groups Extended Description (Appendix E)
A Three-Carbon Chain with Oxygen Atoms Extended Description (Appendix E)
Lewis Structures of N F 3 Extended Description (Appendix E)
A Lewis Structure of The Tetrahydroborate Ion Extended Description (Appendix E)
A Lewis Structure of The Triiodide Ion Extended Description (Appendix E)
A Lewis Structure of Butane Showing A Chain Extended Description (Appendix E)
A Lewis Structure Showing Phosphorus Extended Description (Appendix E)
A Lewis Structure Showing Two Nitrogen Atoms Extended Description (Appendix E)
Structure of A Compounds is Given Extended Description (Appendix E)
A Set of two Resonance Structures Extended Description (Appendix E)
Eleven Skeletal Structures Show Branched Hydrocarbons Extended Description (Appendix E)
Eleven Skeletal Structures Show Branched Hydrocarbons Extended Description (Appendix E)
A Straight-Chain Hydrocarbon Extended Description (Appendix E)
A Straight-Chain Hydrocarbon with Two Methyl Extended Description (Appendix E)
A Straight Carbon Chain Extended Description (Appendix E)
A Three-Carbon Ring Extended Description (Appendix E)
A Three-Carbon Ring Extended Description (Appendix E)
The Cis and Trans Structure Extended Description (Appendix E)
Two Structures of 3-Hexene Extended Description (Appendix E)
Three Benzene Rings with Two Chlorine Extended Description (Appendix E)
A Benzene Ring with One Hydroxyl Group Extended Description (Appendix E)
Two Structures of 2-Methyl-3-Hexene Extended Description (Appendix E)
Two Chemical Reactions are Given Extended Description (Appendix E)
A Structural Formula Shows C H 3 Extended Description (Appendix E)
Structural Formulas of 8 Alcohols Extended Description (Appendix E)
Structural Formulas of 8 Compounds are Given Extended Description (Appendix E)
A Structural Formula Shows C H 3 Bonded to C Extended Description (Appendix E)
A Structural Formula Shows C H 3 Bonded to C Double Bond O Extended Description (Appendix E)
A Structural Formula Shows C H 3 Dash Open Bracket C H 2 Extended Description (Appendix E)
A Structural Formula Shows C H 3 Dash C H 2 Dash O H Extended Description (Appendix E)
A Polymer Unit Shows Open Bracket C H 2 Extended Description (Appendix E)
A Five-Membered Ring with Two Double Bonds Extended Description (Appendix E)
A Tripeptide Chain with N H 3 Plus on The Left Extended Description (Appendix E)
A Structural Formula Labeled with Alkene Extended Description (Appendix E)
The Resonance Structure of a Compound is Given Extended Description (Appendix E)
Two Curves on A Graph Show Concentration Versus Extended Description (Appendix E)
A Line and A Curve are Graphed Extended Description (Appendix E)
A Table and A Graph are Given Extended Description (Appendix E)
The Bond Formation between The Compounds Extended Description (Appendix E)
An Energy Versus Reaction Progress Diagram Showing Extended Description (Appendix E)
A Curve is Graphed on The x y Coordinate Extended Description (Appendix E)
A Line is Graphed on The x y Coordinate Extended Description (Appendix E)
A Lewis Structure Showing Cl O O O with Dots Extended Description (Appendix E)
Two Curves are Graphed on The x y Coordinate Plane Extended Description (Appendix E)
A Peak is Graphed on The x y Coordinate Plane Extended Description (Appendix E)
An Illustration Shows the Experimental Setup for the Z n and S n Extended Description (Appendix E)
An Illustration Shows the Experimental Setup for the M n and F e Extended Description (Appendix E)
A Lewis Structure of The Nitrite Ion Extended Description (Appendix E)
Cis and Trans Isomers of a P t Complex Extended Description (Appendix E)
Cis and Trans Forms of Platinum Complex Extended Description (Appendix E)
Two Lobes d Subscript x 2 Minus y 2 Extended Description (Appendix E)
Two Top Boxes Sit Above Three Bottom Boxes Extended Description (Appendix E)
Two Top Boxes Sit Above 3 Bottom Boxes Extended Description (Appendix E)
The Structure of Cis-Diamminedithiocyanatoplatinum Extended Description (Appendix E)
The Cis and Trans Structure Extended Description (Appendix E)
Three Chromium Complexes from Left to Right Extended Description (Appendix E)
Three Chromium Complexes from Left to Right; All Ligands are Trans Extended Description (Appendix E)
Structure of 3 Geometric Isomers are Given Extended Description (Appendix E)
Structure of Cis-Dichlorobis Extended Description (Appendix E)
Structure of Trans-Dichlorobis Extended Description (Appendix E)
From Left to Right, Lewis Structures of Arsenic Extended Description (Appendix E)
From Left to Right, Lewis Structures Extended Description (Appendix E)
Lewis Structures of Iodine Tetrachloride Extended Description (Appendix E)
Lewis Structure of Silicon Tetrachloride Extended Description (Appendix E)
Three Resonance Structures Extended Description (Appendixe E)
A Series of Lewis Structures Shows Molecules Extended Description (Appendix E)
Two Lewis Structures of Xenon Difluoride Extended Description (Appendix E)
A Structural Formula of a Benzene Ring Extended Description (Appendix E)
A Lewis Structure Shows Arsenic Bonded Extended Description (Appendix E)
A Molecular Orbital Diagram Shows Sigma Extended Description (Appendix E)
Molecular Orbital Diagrams for B two Plus Extended Description (Appendix E)
Molecular Orbital Diagrams for L i Two Extended Description (Appendix E)
A Lewis Structure Shows an Oxygen Extended Description (Appendix E)