附註:Includes index.
Copyright; Contents; To the Student; Chapter 1 Introduction; 1.1 Scientific Calculations; How to Approach a Word roblem; How to Approach a Complicated-Looking Problem; Designation of Variables; 1.2 Dimensional Analysis; 1.3 The Scientific Calculator; Precedence Rules; The EE or EXP Key; The Change Sign Key; The Reciprocal Key; The Logarithm Keys; Supplementary Problems; Solutions to Supplementary Problems; Chapter 2 Measurement; 2.1 Metric System Calculations; Length or Distance; Mass; Volume; Metric Conversions; Units in Scientific Calculations; 2.2 Significant Digits.
Significant Digits in Reported ValuesSignificant Digits in Calculations; Rounding Off; 2.3 Scientific Notation; 2.4 Density; 2.5 Time, Temperature, and Energy; Time; Temperature and Energy; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 3 Classical Laws of Chemical Combination; 3.1 The Law of Conservation of Mass; 3.2 The Law of De nite Proportions; 3.3 The Law of Multiple Proportions; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 4 Formula Calculations.
4.1 Atomic and Formula MassesAtomic Mass; Formula Masses; 4.2 The Mole; 4.3 Percent Composition; 4.4 Empirical Formulas; 4.5 Molecular Formulas; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 5 Stoichiometry; 5.1 Mole Relationships in Chemical Reactions; 5.2 Mass Relationships; 5.3 Other Conversions; 5.4 Limiting Quantities Problems; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 6 Concentration Calculations; 6.1 Molarity; 6.2 Titration; 6.3 Molality.
6.4 Mole FractionLeading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 7 Gas Laws; 7.1 Laws for a Given Sample of Gas; 7.2 Moles of Gas; Molar Volume Calculations; The Ideal Gas Law; Using the Number of Moles of Gas; 7.3 Dalton 's Law of Partial Pressures; 7.4 The Law of Combining Volumes; 7.5 Graham 's Law; 7.6 Kinetic Molecular Theory Calculations; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 8 Thermochemistry; 8.1 Calorimetry; 8.2 Energies of Phase Change.
8.3 Enthalpy of ReactionHess 's Law; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 9 Electrochemistry; 9.1 Electrolysis Cells; 9.2 Voltaic Cells; The Nernst Equation; 9.3 Relationship of Potential and Electrolysis; Leading Questions; Answers to Leading Questions; Supplementary Problems; Solutions to Supplementary Problems; Chapter 10 Equilibrium; 10.1 Equilibrium Constant Calculations; Calculation of Values of K; Calculating Equilibrium Concentrations Using the Value of K; 10.2 Acid-Base Equilibrium.
摘要:In addition to having to master a vast number of difficult concepts and lab procedures, high school chemistry students must also learn, with little or no coaching from their teachers, how to solve tough word problems. Picking up where standard chemistry texts leave off, How to Solve Word Problems in Chemistry takes the fear and frustration out of chemistry word problems by providing students with easy-to-follow procedures for solving problems in everything from radioactive half-life to oxidation-reduction reactions.
