Chapter 0: Introduction to ChemistrySection 2:
Modern Chemistry
Section 3:
Learning Chemistry
Page 9:
Key Terms
Page 9:
Exercises
Page 10:
Self-Test
Page 10:
Exercises
Chapter 1: Prerequisite Science SkillsSection 1:
Measurements
Section 2:
Significant Digits
Section 3:
Rounding Off Non Significant Digits
Section 4:
Adding and Subtracting Measurements
Section 5:
Multiplying and Dividing Measurements
Section 6:
Exponential Numbers
Section 7:
Scientific NotationPage 25:
Key Terms
Page 25:
Exercises
Page 26:
Exercises
Page 27:
Exercises
Page 28:
Self-Test
Chapter 2: The Metric SystemSection 1:
Basic Units and Symbols
Section 2:
Metric Conversion FactorsSection 3:
Metric-Metric Conversions
Section 4:
Metric-English Conversions
Section 5:
The Percent Concept
Section 6:
Volume by Calculation
Section 7:
Volume by Displacement
Section 8:
The Density Concept
Section 9:
Temperature
Section 10:
The Heat Concept
Page 60:
Exercises
Page 60:
Key Terms
Page 61:
Exercises
Page 62:
Exercises
Page 63:
Self-Test
Chapter 3: Matter and EnergySection 1:
Physical States of Matter
Section 2:
Elements, Compounds, and Mixtures
Section 4:
Metals, Nonmetals and Semimetals
Section 5:
Compounds and Chemical Formulas
Section 6:
Physical and Chemical Properties
Section 7:
Physical and Chemical CHanges
Section 8:
Conservation of Mass
Section 9:
Potential and Kinetic Energy
Section 10:
Conservation of Energy
Page 93:
Key TermsPage 94:
Exercises
Page 95:
ExercisesPage 96:
ExercisesPage 97:
Self-TestPage 97:
ExercisesPage 98:
Self-Test
Chapter 4: Models of the AtomPage A330:
Exercises
Section 4:
Atomic Notation
Section 5:
Atomic Mass
Section 6:
The Wave Nature of Light
Section 7:
The Quantum Concept
Section 8:
Bohr Model of the Atom
Section 9:
Energy Levels and Sublevels
Section 10:
Electron Configuration
Section 11:
Quantum Mechanical Model of the Atom
Page 126:
Exercises
Page 126:
Key Terms
Page 127:
Exercises
Page 128:
Exercises
Page 129:
Self-Test
Page 130:
Self-Test
Chapter 5: The Periodic TableSection 2:
The Periodic Law Concept
Section 3:
Groups and Periods of Elements
Section 4:
Periodic Trends
Section 5:
Properties of Elements
Section 6:
Blocks of Elements
Section 7:
Valence Electrons
Section 8:
Electron DOt Formulas
Section 9:
Ionization Energy
Section 10:
Iconic Charges
Page 155:
Key Terms
Page 156:
Key Terms
Page 156:
Exercises
Page 157:
Exercises
Page 157:
Exercises 1
Page 159:
Exercises
Page 160:
Self-Test
Chapter 6: Language of ChemistrySection 1:
Classification of CompoundsSection 2:
Monatomic IonsSection 3:
Polyatomic IonsSection 4:
Writing Chemical FormulasSection 5:
Binary Ionic CompoundsSection 6:
Ternary Ionic CompoundsSection 7:
Latin System of NomenclatureSection 8:
Binary Molecular CompoundsSection 10:
Ternary OxyacidsSection 9:
Binary AcidsPage 185:
Key Terms
Page 186:
Key Terms
Page 186:
Exercises
Page 187:
Exercises
Page 188:
Exercises
Page 189:
Exercises
Page 189:
Self-Test
Page 190:
Self-Test
Page 190:
Critical ThinkingExercise 1
Exercise 3
Exercise 5
Exercise 7
Exercise 9
Exercise 11
Exercise 13
Chapter 7: Chemical ReactionsSection 1:
Evidence of Chemical Reaction
Section 2:
Writing Chemical Equations
Section 3:
Balancing Chemical Equations
Section 4:
Classifying Chemical Reactions
Section 5:
Combination Reactions
Section 6:
Decomposition REactions
Section 7:
The Activity Series Concept
Section 8:
Single-Replacement Reactions
Section 9:
Solubility Rules
Section 10:
Double-Replacement Reactions
Section 11:
Neutralization Reactions
Page 219:
Key Terms
Page 219:
Exercises
Page 220:
Exercises
Page 221:
Exercises
Page 222:
Exercises
Page 223:
Self-Test
Page 223:
Exercises
Page 224:
Self-Test
Chapter 8: The Mole ConceptSection 1:
Avogadro's Number
Section 2:
Mole Calculations I
Section 3:
Molar Mass
Section 4:
Mole Calculations II
Section 5:
Molar Volume
Section 6:
Mole Calculations III
Section 7:
Percent Composition
Section 8:
Empirical Formula
Section 9:
Molecular Formula
Page 249:
Key Terms
Page 249:
Exercises
Page 250:
Exercises
Page 251:
Exercises
Page 252:
Exercises
Page 253:
Self-Test
Page 227:
Concept Exercise 1
Page 227:
Concept Exercise 2
Chapter 9: Chemical Equation CalculationsSection 1:
Interpreting a Chemical Equation
Section 2:
Mole-Mole Relationships
Section 3:
Types of Stoichiometry Problems
Section 4:
Mass-Mass Problems
Section 5:
Mass-Volume Problems
Section 6:
Volume-volume Problems
Section 7:
Limiting Reactant Concept
Section 8:
Limiting Reactant Problems
Section 9:
Percent Yield
Page 279:
Exercises
Page 279:
Key Terms
Page 280:
Exercises
Page 281:
Exercises
Page 282:
Exercises
Page 283:
Exercises
Page 283:
Self-Test
Page 284:
Self-Test
Section 2:
Atmospheric Pressure
Section 3:
Variables Affecting Gas PRessure
Section 4:
Boyle's Law: Pressure-Volume Relationships
Section 5:
Charles's Law: Volume-Temperature Relationships
Section 6:
Gay-Lussac's Law: Pressure-Temperature Relationships
Section 7:
Combined Gas Law
Section 9:
Dalton's Law of Partial Pressures
Section 10:
Ideal Gas Behavior
Section 11:
Ideal Gas Law
Page 313:
Key Terms
Page 314:
Key Terms
Page 314:
Exercises
Page 315:
Exercises
Page 316:
Exercises
Page 317:
Exercises
Page 317:
Self-Test
Page 318:
Self-Test
Chapter 11: Liquids and SolidsSection 2:
The Intermolecular Bond ConceptSection 3:
Vapor, Pressure, Boiling Point, Viscosity, and Surface TensionSection 5:
Crystalline SolidsSection 6:
Changes of Physical StateSection 8:
Physical Properties of WaterSection 10:
HydratesPage 342:
Key Terms
Page 343:
Exercises
Page 344:
Exercises
Page 345:
Exercises
Page 346:
Self-Test
Page 347:
Self-Test
Exercise 1
Exercise 3
Exercise 5
Exercise 7
Exercise 9
Exercise 11
Exercise 13
Exercise 15
Exercise 17
Exercise 19
Exercise 21
Exercise 23
Exercise 25
Chapter 12: Chemical BondingSection 1:
The Chemical Bond Concept
Section 2:
Ionic bonds
Section 3:
Covalent Bonds
Section 4:
Electron Dot Formulas of Molecules
Section 5:
Electron Dot Formulas of Polyatomic Ions
Section 6:
Polar Covalent Bonds
Section 7:
Nonpolar Covalent Bonds
Section 8:
Coordinate Covalent Bonds
Page 376:
Key Terms
Page 377:
Exercises
Page 377:
Key Terms
Page 378:
Exercises
Page 379:
Exercises
Page 380:
Self-Test
Page 380:
Exercises
Page 381:
Self-Test
Section 1:
Gases in Solution
Section 2:
Liquids in Solution
Section 3:
Solids in Solution
Section 4:
The Dissolving Process
Section 5:
Rate Dissolving
Section 6:
Solubility and Temperature
Section 7:
Unsaturated, Saturated, and Supersaturated Solution
Section 8:
Mass/Mass Percent Concentration
Section 9:
Molar Concentration
Section 10:
Dilution of a Solution
Section 11:
Solution Stoichiometry
Page 404:
Exercises
Page 404:
Key Terms
Page 405:
Exercises
Page 406:
Exercises
Page 407:
Exercises
Page 408:
Exercises
Page 408:
Self-Test
Page 409:
Self-Test
Chapter 14: Acids and BasesSection 1:
Properties of Acids bases
Section 2:
Arrhenius Acids and Bases
Section 4:
Acid-Base Indicator
Section 5:
Acid-Base Titrations
Section 6:
Acid-Base Standardization
Section 7:
Ionization of Water
Section 8:
The pH Concept
Section 9:
Advanced pH Calculations
Section 10:
Strong and Weak Electrolytes
Section 11:
Net Ionic Equations
Page 441:
Key Terms
Page 441:
Exercises
Page 442:
Exercises
Page 443:
Exercises
Page 444:
Exercises
Page 445:
Self-Test
Page 445:
Exercises
Page 446:
Self-Test
Chapter 15: Advanced Problem SolvingSection 2:
Concept Maps-Mole Relationships
Section 3:
Concept-Maps Stoichiometry
Section 4:
Multiple-Reaction Stoichiometry
Section 5:
Advanced Problem-Solving Examples
Page 464:
Exercises
Page 464:
Key Terms
Page 465:
Exercises
Page 466:
Exercises
Page 467:
Exercises
Page 468:
Exercises
Page 468:
Self-Test
Page 469:
Self-Test
Chapter 16: Chemical EquilibriumSection 1:
Collision Theory
Section 2:
Energy Profiles of Chemical Reactions
Section 4:
General Equilibrium Constant, Keg
Section 5:
Equilibria Shifts of Gases
Section 6:
Ionization Equilibrium Constant, Ki
Section 7:
Equilibria Shifts for Weak Acids and Bases
Section 8:
Solubility Product Equilibrium Constant Ksp
Section 9:
Equilibria Shifts for Slightly Soluble Compounds
Page 495:
Key Terms
Page 496:
Exercises
Page 497:
Exercises
Page 498:
Exercises
Page 498:
Self-Test
Page 499:
Self-Test
Chapter 17: Oxidation and ReductionSection 1:
Oxidation Numbers
Section 2:
Oxidation-Reduction Reactions
Section 3:
Balancing Redox Equations: Oxidation Numbers Method
Section 4:
Balancing Redox Equations: Half-Reaction Method
Section 5:
Predicting Spontaneous Redox Reactions
Section 6:
Voltaic Cells
Section 7:
Electrolytic Cells
Page 526:
Key Terms
Page 527:
Exercises
Page 528:
Exercises
Page 529:
Self-Test
Page 529:
Exercises
Page 530:
Self-Test
Page 504:
Concept Exercise 1
Page 506:
Concept Exercise 2
Chapter 18: Nuclear ChemistrySection 2:
Nuclear Equations
Section 4:
Radioactive Half-Life
Section 6:
Induced Radioactivity
Page 549:
Key Terms
Page 550:
Key Terms
Page 550:
Exercises
Page 551:
Exercises
Page 552:
Exercises
Page 552:
Self-Test
Page 553:
Self-Test
Chapter 19: Organic ChemistrySection 2:
Alkanes
Section 3:
Alkenes and Alkynes
Section 4:
Arenes
Section 5:
Hydrocarbon Derivatives
Page 581:
Key TermsPage 582:
Exercises
Page 583:
Exercises
Page 584:
Exercises
Page 585:
Self-Test
Section 1:
Biological Compounds
Section 2:
Proteins
Page 608:
Key Terms
Page 609:
Exercises
Page 610:
Exercises
Page 611:
Self-Test
Page 612:
Self-Test
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