- 1 Units and Problem Solving Version Contents
- 1.1 The Big Idea
- 1.2 Units Concepts
- 1.3 Frequently Used Measurements, Greek Letters, and Prefixes
- 1.4 Applications and Examples
- 1.5 Units and Problem Solving Problem Set
- 2 Energy ConservationVersion
- 2.1 The Big Idea
- 2.2 Types of Energy
- 2.3 Key Concepts
- 2.4 Key Applications
- 2.5 Examples
- 2.6 Energy Conservation Problem Set
- 2.7 References
- 3 Energy Conservation Appendix
- 3.1 Equivalence between [2] and [3]
- 3.2 References
- 4 One Dimensional Motion Version
- 4.1 The Big Idea
- 4.2 Key Definitions
- 4.3 Deriving the Kinematics Equations
- 4.4 Hints for Problems
- 4.5 One Dimensional Examples
- 4.6 One-Dimensional Motion Problem Set
- 5 Two Dimensional and Projectile Motion Version
- 5.1 The Big Idea
- 5.2 Solving Two Dimensional Motion Problems
- 5.3 Key Concepts
- 5.4 Two Dimensional Example
- 5.5 Two Dimensional Motion Problem Set
- 6 Newtons Laws Version
- 6.1 The Big Idea
- 6.2 Newton’s Laws Explained
- 6.3 What are Forces?
- 6.4 Common Forces
- 6.5 Short Summary
- 6.6 Free-Body Diagram Example
- 6.7 Newton’s Laws Problem Set http://www.ck12.org Contents
- 7 Centripetal Forces Version
- 7.1 Forces so Far
- 7.2 Centripetal Forces
- 7.3 Characterizing The Force and Motion
- 7.4 Gravity as a Centripetal Force
- 7.5 Key Concepts
- 7.6 Key Applications
- 7.7 Examples
- 7.8 Centripetal Forces Problem Set
- 8 Momentum Conservation Version
- 8.1 The Big Idea
- 8.2 Key Equations and Definitions
- 8.3 Key Concepts
- 8.4 Key Applications
- 8.5 Examples
- 8.6 Momentum Conservation Problem Set
- 9 Energy and Force Version
- 9.1 The Big Idea
- 9.2 Math of Force, Energy, and Work
- 9.3 Work-Energy Principle
- 9.4 Summary of Key Equations and Definitions
- 9.5 Key Concepts
- 9.6 Key Applications
- 9.7 Work and Energy Examples
- 9.8 Energy and Force Problem Set
- 10 Rotational Motion Version
- 10.1 The Big Idea
- 10.2 Formalizing Rotational Motion
- 10.3 Analogies Between Linear and Rotational Motion
- 10.4 Example
- 10.5 Rotational Motion Problem Set
- 10.6 References
- 11 Simple Harmonic Motion Version
- 11.1 The Big Idea
- 11.2 Key Concepts
- 11.3 Key Equations and Definitions
- 11.4 Examples
- 11.5 SHM Problem Set
- 12 Wave Motion and Sound Version
- 12.1 The Big Idea
- 12.2 Key Concepts
- 12.3 Key Equations
- 12.4 Key Applications
- 12.5 Examples
- 12.6 Wave Motion Problem Set
- 12.7 References Contents http://www.ck12.org
- 13 Electricity Version
- 13.1 The Big Idea
- 13.2 Electric Forces and Fields
- 13.3 The Coulomb Force Law
- 13.4 Fields Due to Several Charges
- 13.5 Electric Potential
- 13.6 Electric Field of a Parallel Plate Capacitor
- 13.7 Summary of Relationships
- 13.8 Key Concepts
- 13.9 Key Applications
- 13.10 Electricity Problem Set
- 14 Electric Circuits Version
- 14.1 The Big Ideas
- 14.2 Circuit Basics
- 14.3 Capacitors in Circuits (Steady-State)
- 14.4 Capacitors in Series and in Parallel
- 14.5 Charging and Discharging Capacitors (Transient)
- 14.6 Capacitor Example
- 14.7 Key Terms
- 14.8 Electric Circuits Problem Set
- 15 Magnetism Version
- 15.1 The Big Idea
- 15.2 Sources of Magnetic Fields
- 15.3 Effects of Magnetic Fields
- 15.4 Magnetism Problem Set
- 16 Electric Circuits Advanced Topics Version
- 16.1 The Big Idea
- 16.2 Key Equations
- 16.3 Examples
- 16.4 Advanced Topics Problem Set
- 17 Light Version
- 17.1 The Big Idea
- 18 Fluids Version
- 18.1 The Big Idea
- 19 Thermodynamics and Heat Engines Version
- 19.1 The Big Ideas
- 19.2 Molecular Kinetic Theory of a Monatomic Ideal Gas
- 19.3 The Laws of Thermodynamics
- 19.4 Heat Engines
- 19.5 References
- 20 Gas Laws
- 20.1 Thermodynamics
- 20.2 References
- 21 Heat Engines and The Laws of Thermodynamics http://www.ck12.org Contents
- 21.1 The Laws of Thermodynamics
- 21.2 Heat Engines
- 21.3 Examples
- 21.4 Thermodynamics and Heat Engines Problem Set
- 22 BCTherm
- 22.1 Microscopic Description of an Ideal Gas
- 23 Special and General Relativity Version
- 23.1 The Big Ideas
- 23.2 Relativity Example
- 23.3 Relativity Problem Set
- 24 Radioactivity and Nuclear Physics Version
- 24.1 The Big Idea
- 24.2 Key Concepts
- 24.3 Decay Equations
- 24.4 Key Applications
- 24.5 Radioactivity and Nuclear Physics Problem Set
- 25 Standard Model of Particle Physics Version
- 25.1 The Big Idea
- 25.2 Matter
- 25.3 Interactions
- 25.4 Rules
- 25.5 Resources
- 25.6 Standard Model of Particle Physics Problem Set
- 26 Feynman’s Diagrams Version
- 26.1 The Big Idea
- 26.2 Key Concepts
- 26.3 Example
- 26.4 Feynman Diagrams Problem Set
- 27 Quantum Mechanics Version
- 27.1 The Big Idea
- 28 The Physics of Global Warming Version
- 28.1 The Big Idea
- 28.2 The Key Concepts (Possible Effects That Can Accelerate Global Warming)
- 28.3 The Key Concepts (Physical Laws and Observations)
- 28.4 The Key Applications
- 28.5 Problem Set Chapter
- 29 Answers to Selected Problems Version
- 29.1 Appendix A: Answers to Selected Problems (3e)
- 30 Equations and Fundamental Constants Version
- 31 Random Walks
- 31.1 Introduction
marvins-underground-k-12
(Marvins-Underground-K-12)
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