Review - Training MCAT General Chemistry Review

MCAT General Chemistry Review

Chapter 1: Atomic Structure

Introduction

1.1 Subatomic Particles

1.2 Atomic Mass vs. Atomic Weight

1.3 Rutherford, Planck, and Bohr

1.4 Quantum Mechanical Model of Atoms

Conclusion

Practice Questions

Answers and Explanations

Chapter 2: The Periodic Table

Introduction

2.1 The Periodic Table

2.2 Types of Elements

2.3 Periodic Properties of the Elements

2.4 The Chemistry of Groups

Conclusion

Practice Questions

Answers and Explanations

Chapter 3: Bonding and Chemical Interactions

Introduction

3.1 Bonding

3.2 Ionic Bonds

3.3 Covalent Bonds

3.4 Intermolecular Forces

Conclusion

Practice Questions

Answers and Explanations

Chapter 4: Compounds and Stoichiometry

Introduction

4.1 Molecules and Moles

4.2 Representation of Compounds

4.3 Types of Chemical Reactions

4.4 Balancing Chemical Equations

4.5 Applications of Stoichiometry

4.6 Ions

Conclusion

Practice Questions

Answers and Explanations

Chapter 5: Chemical Kinetics

Introduction

5.1 Chemical Kinetics

5.2 Reaction Rates

Conclusion

Practice Questions

Answers and Explanations

Chapter 6: Equilibrium

Introduction

6.1 Equilibrium

6.2 Le Châtelier’s Principle

6.3 Kinetic and Thermodynamic Control

Conclusion

Practice Questions

Answers and Explanations

Chapter 7: Thermochemistry

Introduction

7.1 Systems and Processes

7.2 States and State Functions

7.3 Heat

7.4 Enthalpy

7.5 Entropy

7.6 Gibbs Free Energy

Conclusion

Practice Questions

Answers and Explanations

Chapter 8: The Gas Phase

Introduction

8.1 The Gas Phase

8.2 Ideal Gases

8.3 Kinetic Molecular Theory

8.4 Real Gases

Conclusion

Practice Questions

Answers and Explanations

Chapter 9: Solutions

Introduction

9.1 Nature of Solutions

9.2 Concentration

9.3 Solution Equilibria

9.4 Colligative Properties

Conclusion

Practice Questions

Answers and Explanations

Chapter 10: Acids and Bases

Introduction

10.1 Definitions

10.2 Properties

10.3 Polyvalence and Normality

10.4 Titration and Buffers

Conclusion

Practice Questions

Answers and Explanations

Chapter 11: Oxidation–Reduction Reactions

Introduction

11.1 Oxidation–Reduction Reactions

11.2 Net Ionic Equations

Conclusion

Practice Questions

Answers and Explanations

Chapter 12: Electrochemistry

Introduction

12.1 Electrochemical Cells

12.2 Cell Potentials

12.3 Electromotive Force and Thermodynamics

Conclusion

Practice Questions

Answers and Explanations


Glossary