Physical Science
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Refs.
Ch. 1
1.1 - The Scientific Method
1.2 - Measuring
1.3 - The Metric System
1.4 - Unit Analysis
1.5 - Why Measuring is Important!
Ch. 1 Summary
Ch. 2
2.1 - What Causes Objects to Move?
2.2 - What is a Force?
2.3 Practical Applications of Newton's First Law
2.4 - Equilibrium
Ch. 2 Summary
Ch. 3
3.1 - Relative Motion
3.2 - Speed
3.3 - Graphing
3.4 - Speed vs. Velocity
3.5 - Acceleration
3.6 - Free Fall
Ch. 3 Summary
Ch. 4
4.1 Newton's Second Law of Motion
4.2 Mass vs. Weight
4.3 Free Body Diagrams Revisited
4.4 Terminal Velocity
4.5 Pressure
4.6 Newton's Third Law of Motion
Chapter 4 Summary
Ch. 5
5.1 - Energy
5.2 - Gravitational Potential Energy
5.3 - Kinetic Energy
5.4 - Energy Conversion and Work
5.5 - Riding your bike up a hill
5.6 - Power
Chapter 5 Summary
Ch. 6
6.1 - Simple Machines Overview
6.2 - Inclined Planes
6.3 - Levers
6.4 - Wheel and Axle
6.5 - Pulleys
Chapter 6 Summary
Ch. 7
Chapter 7 Pre-test
7.1 - History of the Atom
7.2 - Protons, Neutrons, Electrons
7.3 - From Where did all the Elements Come?
7.4 - Atomic Symbols
7.5 - Isotopes
7.6 - Ions
7.7 - Bohr Model Revisited
Ch. 7 Summary
Ch. 8
Chapter 8 Pre test
8.1 - The Periodic Table
8.2 - Periodic Trends
Chapter 8 Summary
Ch. 9
9.1 - Molecules and Molecular Formulae
9.2 - Lewis Dot Structures
9.3 - Electronegativity
9.4 - Diatomic Molecules
9.5 - Molecular Shapes
9.6 - Polar and Non-polar molecules
9.7 - Properties Due to Polarity
Chapter 9 Summary
App.
App. I - Setup for Lab Reports
Chapter 2 - Newton's First Law of Motion or Galileo's Law of Inertia
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Chapter 2 Contents
2.1 - What Causes objects to move?
2.2 - What is a Force?
2.3 - Applications of Newton's First Law
2.4 - Equilibrium
Chapter 2 Summary
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