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Unit 1: Forces and Motion: Dynamics
Chapter
1 Summary
Chapter
1 Self-Quiz
Chapter
1 Review
Chapter
2 Summary
Chapter
2 Self-Quiz
Chapter
2 Review
Chapter 3 Summary
Chapter 3 Self-Quiz
Chapter 3 Review
Unit
1 Performance Task: Applying Principles of Motion and Forces
Unit
1 Self-Quiz
Unit
1 Review
- Lesson 4.1 Work Done by a Constant Force
- Lesson 4.2 Kinetic Energy and the Work-Energy Theorem
- Lesson 4.3 Gravitational Potential Energy at Earth’s Surface
- Lesson 4.3a Case Study: An
Environmentally-Friendly Way of Generating Electricity
- Lesson 4.4 The Law of Conservation of Energy
- Lesson 4.4.1 Activity 4.4.1 Applying the Law of Conservation of Energy
- Lesson 4.5 Elastic Potential Energy and Simple Harmonic Motion
- Lesson 4.5.1 Investigation 4.5.1 Testing Real Springs
- Lesson 4.5.2 Investigation 4.5.2 Analyzing Forces and Energies in a
Mass-Spring System
- Lesson 4.5.1 Activity 4.5.1 Achieving a Smooth and Safe Ride
Chapter 4 Summary
Chapter 4 Self-Quiz
Chapter 4 Review
- Lesson 5.1 Momentum and Impulse
- Lesson 5.2 Conservation of Momentum in One Dimension
- Lesson 5.2.1 Investigation 5.2.1 Analyzing One-Dimensional Collisions
- Lesson 5.3 Elastic and Inelastic Collisions
- Lesson 5.3.1 Investigation 5.3.1 Analyzing Two-Dimensional Collisions
- Lesson 5.4 Conservation of Momentum in Two Dimensions
Chapter
5 Summary
Chapter
5 Self-Quiz
Chapter
5 Review
Lesson 6: Gravitation and Celestial Mechanics
Chapter
6 Summary
Chapter
6 Self-Quiz
Chapter
6 Review
Unit
2 Performance Task: Safety in Transportation and Sports
Unit
2 Self-Quiz
Unit
2 Review
Unit 3 Electric, Gravitational, and Magnetic Fields
Unit
3 Are You Ready?
Lesson 7: Electric Charges and Electric Fields
- Lesson 7.1 Electric Charge
and the Electrical Structure of Matter
- Lesson 7.2 Electric Forces: Coulomb’s Law
- Lesson 7.2.1 Investigation 7.2.1: Factors Affecting Electric
Force Between Charges
- Lesson 7.3 Electric Fields
- Lesson 7.3a Case Study: Shielding from Electric Fields with
Conductors
- Lesson 7.4 Electric Potential
- Lesson 7.5 The Millikan Experiment: Determination of the Elementary Charge
- Lesson 7.6 The Motion of Charged Particles in Electric Fields
- Lesson 7.6.1 Activity 7.6.1: The Motion of Charged Particles
in Electric Fields
Chapter
7 Summary
Chapter
7 Self-Quiz
Chapter
7 Review
Lesson 8: Magnetic Fields and Electromagnetism
Chapter
8 Summary
Chapter
8 Self-Quiz
Chapter
8 Review
Unit
3 Performance Task: Field Theory and Technology
Unit
3 Self-Quiz
Unit
3 Review
Unit 4 The Wave Nature of Light
Unit 4 Are
You Ready?
Lesson 9: Waves and Light
- Lesson 9.1 Waves in Two Dimensions
- Lesson 9.1.1 Investigation 9.1.1: Transmission,
Reflection, and Refraction of Water Waves in a Ripple Tank
- Lesson 9.2 Diffraction of Water Waves
- Lesson 9.2.1 Investigation 9.2.1: Diffraction of Water Waves
- Lesson 9.3 Interference of Waves in Two Dimensions
- Lesson 9.3.1 Investigation 9.3.1: Interference
of Waves in Two Dimensions
- Lesson 9.4 Light: Wave or Particle?
- Lesson 9.5 Wave Interference: Young’s Double‑Slit
Experiment
- Lesson 9.5.1 Investigation 9.5.1 Young’s Double-Slit Experiment
- Lesson 9.6 Colour and Wavelength
- Lesson 9.6.1 Investigation 9.6.1: Wavelengths of Visible
Light
Chapter
9 Summary
Chapter
9 Self-Quiz
Chapter
9 Review
Chapter 10 Summary
Chapter 10 Self-Quiz
Chapter 10 Review
Unit 4 Performance
Task: Optics Phenomena
Unit 4 Self-Quiz
Unit 4 Review
Unit 5 Matter–Energy Interface
Unit
5 Are You Ready?
Lesson 11: Einstein’s Special Theory of Relativity
Chapter
11 Summary
Chapter
11 Self-Quiz
Chapter
11 Review
Chapter
12 Summary
Chapter
12 Self-Quiz
Chapter
12 Review
Lesson 13: Radioactivity and Elementary Particles
Chapter 13 Summary
Chapter 13 Self-Quiz
Chapter 13 Review
Unit 5 Performance
Task: The Photovoltaic (Solar) Cell
Unit 5 Self-Quiz
Unit 5 Review
Appendix
A Skills Handbook
Appendix
B Safety Skills
Appendix
C Reference
Appendix
D Answers
Glossary
Index
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