# Solving General Chemistry Problems by R. Nelson Smith (informative)

**Free download Solving General Chemistry Problems by R. Nelson Smith**

**5th**** Edition**

**Authors of: Solving General Chemistry Problems by R. Nelson Smith**

Conway Pierce

R. Nelson Smith

**Table of Contents in Solving General Chemistry Problems by R. Nelson Smith**

Preface

This comprehensive textbook is designed to provide a thorough understanding of chemistry. It covers a wide range of topics, from fundamental concepts to advanced applications. The book is organized into 27 chapters, each focusing on a specific area of chemistry.

Chapter 1: Studying and Thinking About Problems

This introductory chapter explores the importance of problem-solving skills in chemistry. It discusses effective study techniques and strategies for approaching and solving chemistry problems.

Chapter 2: Number Notations, Arithmetical Operations, and Calculators

This chapter reviews essential mathematical concepts, including number notations, arithmetical operations, and the use of calculators in chemistry calculations.

Chapter 3: Use of Dimensions

This chapter introduces the concept of dimensions and their importance in understanding and solving chemistry problems. It explains how to use dimensions to check the correctness of calculations.

Chapter 4: Units of Scientific Measurements

This chapter discusses the various units used in scientific measurements, including the metric system and the SI units. It also covers unit conversions and significant figures.

Chapter 5: Reliability of Measurements

This chapter explores the concept of accuracy and precision in measurements. It discusses sources of error and methods for evaluating the reliability of experimental data.

Chapter 6: Graphical Representation

This chapter introduces the use of graphs to represent and analyze data. It covers different types of graphs, such as line graphs, bar graphs, and scatter plots.

Chapter 7: Density and Buoyancy

This chapter explores the concepts of density and buoyancy. It discusses the factors affecting density and the principles governing the behavior of objects in fluids.

Chapter 8: Formulas and Nomenclature

This chapter introduces chemical formulas and nomenclature. It explains how to write chemical formulas and name different types of compounds.

Chapter 9: Sizes and Shapes of Molecules

This chapter explores the structure of molecules, including their size, shape, and bonding arrangements. It discusses different types of molecular models.

Chapter 10: Stoichiometry I: Calculations Based on Formulas

This chapter introduces stoichiometry, the quantitative study of chemical reactions. It discusses calculations based on chemical formulas, including molar mass and mole relationships.

Chapter 11: Gases

This chapter explores the properties of gases and the gas laws. It discusses the ideal gas law and its applications.

Chapter 12: Stoichiometry II: Calculations Based on Chemical Equations

This chapter continues the discussion of stoichiometry, focusing on calculations based on balanced chemical equations. It covers concepts such as limiting reactants and theoretical yield.

Chapter 13: Stoichiometry III: Calculations Based on Concentrations of Solutions

This chapter introduces the concept of solutions and their concentrations. It discusses calculations involving molarity, molality, and other concentration units.

Chapter 14: Thermochemistry

This chapter explores the relationship between chemistry and energy. It discusses concepts such as enthalpy, exothermic and endothermic reactions, and Hess’s law.

Chapter 15: Chemical Kinetics

This chapter explores the rates of chemical reactions. It discusses factors affecting reaction rates and the concept of activation energy.

Chapter 16: Chemical Equilibrium in Gases

This chapter introduces the concept of chemical equilibrium and the equilibrium constant. It discusses factors affecting equilibrium and Le Chatelier’s principle.

Chapter 17: Electrochemistry I: Batteries and Free Energy

This chapter explores the principles of electrochemistry, including batteries and electrochemical cells. It discusses the concept of free energy and its relationship to electrochemical processes.

Chapter 18: Electrochemistry II: Balancing Equations

This chapter focuses on balancing redox equations, which are involved in electrochemical reactions. It discusses different methods for balancing redox equations.

Chapter 19: Electrochemistry III: Electrolysis

This chapter explores the process of electrolysis, which involves using electricity to drive chemical reactions. It discusses applications of electrolysis, such as electroplating and the production of metals.

Chapter 20: Stoichiometry IV: Equivalent Weight and Normality

This chapter introduces the concepts of equivalent weight and normality, which are used in acid-base and redox titrations.

Chapter 21: Colligative Properties

This chapter explores the properties of solutions that depend on the concentration of the solute, rather than the nature of the solute. It discusses concepts such as boiling point elevation, freezing point depression, and osmotic pressure.

Chapter 22: Hydrogen Ion Concentration and pH

This chapter introduces the concept of pH and its relationship to hydrogen ion concentration. It discusses acid-base indicators and pH measurements.

Chapter 23: Acid-Base Equilibria

This chapter explores the equilibria involved in acid-base reactions. It discusses acid-base strength, pH calculations, and buffer solutions.

Chapter 24: Solubility Product and Precipitation

This chapter introduces the concept of solubility product and its relationship to precipitation. It discusses factors affecting solubility and the common ion effect.

Chapter 25: Complex Ions

This chapter explores the formation and properties of complex ions. It discusses the coordination number and ligands of complex ions.

Chapter 26: Nuclear Chemistry

This chapter introduces the principles of nuclear chemistry, including radioactivity, nuclear reactions, and nuclear energy.

Chapter 27: Reactions Prediction and Synthesis

This chapter discusses strategies for predicting and synthesizing chemical reactions. It explores different types of reactions, such as acid-base reactions, redox reactions, and precipitation reactions.

Answers to Problems of the A Groups

This section provides answers to selected problems from the A groups in the textbook.

Index

This index provides a comprehensive list of topics and terms covered in the textbook.

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