Chapter 1:

1. Measurement

2. Factor Label Method (Metric System)

3. Mass

4. Volume

5. Density

6. Area

7. Scientific Method

8. Theory / Law

9. Uncertainty of Measurements (Accuracy / Precision)

Chapter 2:

1. Kinetic Molecular Theory

2. States of Matter

3. Phase Changes

4. Temperature (Scales & Calculations)

5. Heat (Methods of Transfer & Calculations)

6. Heat of Solutions (Exothermic & Endothermic)

Chapter 3:

1. Atom

2. Elements

3. Compounds (Counting Atoms)

4. Mixtures

5. Solutions

6. Physical and Chemical Changes (Properties)

7. Bonding (Ionic)

Chapter 4:

1. Chemical Properties

2. Balancing Equations

3. Law of Conservation of Mass

4. Types of Chemical Reactions

Chapter 5:

1. History of Periodic Table (Scientists)

2. Dalton's Atomic Theory

3. Properties of Metals, Nonmetals, and Metalloids

4. Bohr Diagrams

5. Lewis Dot Diagrams & Structures

Chapter 6:

1. Energy

2. Potential Energy

3. Kinetic Energy

4. Energy Forms

5. Law of Conservation of Energy

6. Energy Sources (Alternatives)

7. Electricity

8. Ohm's Law

Chapter 7:

1. Motion

2. Scalar and Vector Quantities

3. Speed and Velocity

4. Acceleration and Deceleration

5. Aristotle and Galileo - Motion

6. Free Fall

7. Forces

Chapter 8:

1. Newton's Laws of Motion

2. Force

3. Weight

4. Momentum

5. Circular Motion

6. Centripetal Force

7. Universal Law of Gravitation

8. Center of Gravity

Chapter 9:

1. Work

2. Power

3. Simple Machines

4. Mechanical Advantage

5. Efficiency