| Chapter 1 Physics: The Science of Matter and Energy |
| Multi-Lab: Think Physics! |
| 1.1 Physics: A Window on the Universe |
| 1.2 Strategies for Problem-Solving Success |
| 1.3 Inquiry, Experimentation, and Measurements |
| Investigation 1-A: Analyzing a Pendulum |
| Investigation 1-B: Analyzing Pendulum Data |
| Chapter 1 Review |
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| Unit 1: Kinematics |
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| Chapter 2 Describing Motion |
| Multi-Lab: Winning the Race |
| 2.1 Picturing Motion |
| 2.2 Displacement and Velocity |
| 2.3 Constant, Average, and Instantaneous Velocity |
| Quick Lab: Maintaining a Constant Pace |
| Quick Lab: Velocity and Time Intervals |
| Quick Lab: Rocket Motion |
| 2.4 Acceleration |
| Quick Lab: Graphing the Motion of a Van |
| Canadians in Physics: Balancing Forces in Structural Engineering |
| Investigation 2-A: Acceleration Due to Gravity |
| Chapter 2 Review |
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| Chapter 3 Analyzing Motion |
| Multi-Lab: Pushed Around |
| 3.1 Mathematical Models of Motion |
| Investigation 3-A: Stop on a Dime |
| 3.2 Vectors in a Plane |
| 3.3 Relative Velocities |
| Investigation 3-B: Go with the Flow |
| Careers in Physics: "The Breath of Life" |
| The Art of Animation |
| Chapter 3 Review |
| Unit 1 Review |
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| Unit 2: Dynamics |
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| Chapter 4 Introducing Forces |
| Multi-Lab: Predicting Motion |
| 4.1 Inertia |
| 4.2 Common Forces |
| Investigation 4-A: Interactions of Objects |
| Quick Lab: How Sticky is Your Shoe? |
| Chapter 4 Review |
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| Chapter 5 Newton's Laws |
| Multi-Lab: Thinking Physics |
| 5.1 Inertia and Newton's First Law |
| 5.2 Motion and Newton's Second Law |
| Investigation 5-A: Force and Acceleration |
| Quick Lab: Best Angle for Pulling a Block |
| Quick Lab: The Vector Nature of Force |
| 5.3 Reaction Forces and Newton's Third Law |
| Careers in Physics: The Physics of a Car Crash |
| Quick Lab: The Slippery Slope |
| 5.4 Momentum and Newton's Laws |
| Quick Lab: Designing Crumple Zones |
| Chapter 5 Review |
| Unit 2 Review |
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| Unit 3: Momentum and Energy |
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| Chapter 6 Work, Power, and Efficiency |
| Multi-Lab: Sources of Energy |
| 6.1 Work and Energy |
| Quick Lab: Cart Bungee |
| Quick Lab: Elevator Versus a Ramp |
| 6.2 Kinetic Energy and the Work-Energy Theorem |
| Quick Lab: Pulling a Cart |
| 6.3 Potential Energy and the Work-Energy Theorem |
| Investigation 6-A: Force and Spring Extension |
| 6.4 Power and Efficiency |
| Multi-Lab: Investigating Power |
| Investigation 6-B: Muscle Efficiency and Energy Consumption |
| Chapter 6 Review |
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| Chapter 7 Conservation of Energy and Momentum |
| Multi-Lab: Energy Transformations in Springs |
| 7.1 Energy Transformation |
| Investigation 7-A: Conservation of Energy of a Falling Mass |
| Investigation 7-B: Energy Transformations of a Pendulum |
| Quick Lab: The Energy of a Spring and Mass System |
| Physics & Society: Pole Vaulting: The Art of Energy Transfer |
| 7.2 Conservation of Total Energy |
| Investigation 7-C: Mechanical and Thermal Energy |
| 7.3 Conservation of Momentum |
| Investigation 7-D: Examining Collisions |
| 7.4 Technological Implications |
| Careers in Physics: Science of the Sole |
| Physics & Technology: The Physics of Car Safety |
| Quick Lab: Safety First |
| Chapter 7 Review |
| Unit 3 Review |
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| Unit 4: Waves |
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| Chapter 8 Waves Transferring Energy |
| Investigation 8-A: Waves in a Spring |
| 8.1 Vibrations |
| Quick Lab: Natural Frequency of a Mass on a Spring |
| 8.2 Wave Behaviour |
| 8.3 Interference of Waves |
| Quick Lab: Do Waves Pass Through or Bounce Off Each Other? |
| Investigation 8-B: Wave Speed in a Spring |
| Quick Lab: Standing Waves in a Thin Piece of Wood |
| 8.4 Waves in Two Dimensions |
| Quick Lab: Waves on the Surface of Water |
| Quick Lab: Diffracting Water Waves |
| Physics & Technology: Poseidon's Powerhouse: Converting Waves to Watts |
| Chapter 8 Review |
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| Chapter 9 Sound Waves and Electromagnetic Radiation |
| Multi-Lab: Properties of Sound and Light |
| 9.1 Production and Propagation of Sound and Electromagnetic Waves |
| 9.2 Factors Related to the Speed of Waves |
| Quick Lab: At the Speed of Sound |
| Investigation 9-A: Verifying Snell's Law |
| Quick Lab: Observing Total Internal Reflection |
| Quick Lab: Determining the Critical Angle |
| 9.3 Interference of Waves and Related Properties |
| Quick Lab: Resonance Lengths of a Closed Air Column |
| Investigation 9-B: Determining the Speed of Sound in Air |
| Quick Lab: Locating Interference Between Two Loudspeakers |
| Quick Lab: Diffraction of Sound |
| Investigation 9-C: Young's Double-Slit Experiment |
| Careers in Physics: Sounds From The Seabed |
| Chapter 9 Review |
| Unit 4 Review |
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| Unit 5: Force, Motion, Work, and Energy |
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| Chapter 10 Applications of Forces |
| Multi-Lab: Location of Force Affects Motion |
| 10.1 Using Vector Components to Analyze Motion |
| Quick Lab: Maintaining Equilibrium |
| 10.2 Multiple Masses |
| Investigation 10-A: Atwood's Machine |
| 10.3 Static Equilibrium and Torque |
| Quick Lab: Build a Mobile |
| 10.4 Collisions and Explosions |
| Investigation 10-B: Collisions in Two Dimensions |
| Chapter 10 Review |
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| Chapter 11 Projectiles and Circular Motion |
| Multi-Lab: Motion in Two Dimensions |
| 11.1 Projectile Motion |
| Investigation 11-A: The Components of Projectile Motion |
| Quick Lab: Maximum Range of a Projectile |
| Careers in Physics: Tackling Biofilms with Computers |
| 11.2 Uniform Circular Motion |
| Investigation 11-B: Verifying the Circular Motion Equation |
| Careers in Physics: Physics Goes to the Fair |
| Chapter 11 Review |
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| Chapter 12 Universal Gravitation |
| Quick Lab: Kepler's Empirical Equations |
| 12.1 Newton's Law of Universal Gravitation |
| Investigation 12-A: Orbital Speed of Planets |
| 12.2 Planetary and Satellite Motio |
| Physics & Technology: Simulating Microgravity |
| Chapter 12 Review |
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| Chapter 13 Simple Harmonic Motion |
| Investigation 13-A: A Projectile Spring |
| 13.1 Describing Periodic Motion |
| Investigation 13-B: The Period of a Mass on a Spring |
| Quick Lab: Measuring the Value of g, the Acceleration Due to Gravity |
| 13.2 Motion Under a Linear Restoring Force |
| Investigation 13-C: Position, Velocity, and Acceleration and Simple Harmonic Motion |
| Quick Lab: Graphing the Motion of a Simple Harmonic Oscillator |
| Chapter 13 Review |
| Unit 5 Review |
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| Unit 6: Electric, Gravitational, and Magnetic Fields |
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| Chapter 14 Fields and Forces |
| Quick Lab: A Torsion Balance |
| 14.1 Laws of Force |
| Investigation 14-A: The Nature of the Electrostatic Force |
| Quick Lab: Graphical Analysis of Coulomb's Law |
| 14.2 Describing Fields |
| Canadians in Physics: Gravity: A Matter of Time |
| 14.3 Fields and Potential Energy |
| Careers in Physics: Seeing Inside Storms |
| Careers in Physics: "Good Seeing" |
| Chapter 14 Review |
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| Chapter 15 Electric Energy and Circuits |
| Investigation 15-A: Potential Differences along Current-Carrying Conductors |
| 15.1 Electric Potential Difference |
| Careers in Physics: The Write Stuff |
| 15.2 Electric Current |
| 15.3 Resistance to Flow of Charge |
| Investigation 15-B: Current, Resistance, and Potential Difference |
| 15.4 Series and Parallel Circuits |
| Investigation 15-C: Internal Resistance of a Dry Cell |
| 15.5 Electric Power and Energy |
| Chapter 15 Review |
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| Chapter 16 Magnets, Motors, and Generators |
| Multi-Lab: Magnetic Interactions |
| 16.1 Electricity and Magnetism |
| Investigation 16-A: Magnetic Field around a Straight Conductor |
| Investigation 16-B: Magnetic Field around a Helix |
| 16.2 Magnets and Motors |
| Investigation 16-C: The Motor Effect |
| Canadians in Physics: Dr. Zahra Moussavi |
| 16.3 Electromagnetic Induction and Generators |
| Investigation 16-D: Faraday's Discovery |
| Investigation 16-E: Induced Currents |
| Physics & Society: MRI Technology |
| Chapter 16 Review |
| Unit 6 Review |
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| Unit 7: Waves and Modern Physics |
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| Chapter 17 Special Theory of Relativity |
| Quick Lab: Generating Electromagnetic Fields |
| 17.1 Troubles with the Speed of Light |
| 17.2 The Basics of the Special Theory of Relativity |
| Careers in Physics: Not Even the Sky's the Limit! |
| 17.3 Mass and Energy |
| Chapter 17 Review |
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| Chapter 18 Early Quantum Theory |
| Investigation 18-A: Discharging an Electroscope |
| 18.1 The Particle Nature of Light |
| 18.2 Light Particles and Matter Waves |
| Chapter 18 Review |
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| Chapter 19 Quantum Theory and the Atom |
| Investigation 19-A: Identifying Elements by Their Emission Spectra |
| 19.1 The Bohr Atom |
| Quick Lab: Estimating the Size of the Nucleus |
| 19.2 The Quantum Mechanical Atom |
| Physics & Technology: Atoms and Lasers |
| Careers in Physics: The Invisible Universe |
| Chapter 19 Review |
| Unit 7 Review |
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| Unit 8: Nuclear Physics |
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| Chapter 20 The Nucleus and Radioactivity |
| Multi-Lab: Radioactive Decay |
| 20.1 Nuclear Mass and Energy |
| 20.2 Radioactivity |
| Chapter 20 Review |
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| Chapter 21 Nuclear Energy |
| Quick Lab: Survey and Discussion about Nuclear Power |
| 21.1 Fission and Fusion |
| 21.2 Nuclear Reactors |
| Careers in Physics: Nuclear Safety Supervisor |
| Chapter 21 Review |
| Unit 8 Review |
2003 McGraw-Hill Higher Education