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Halliday: Fundament als o f Physics Ext ended, 10t h Ed St at es: AP Physics C Course Description

Subject s: Science

AP Physics C Co urse Descript io n Science

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AP.PC. Physics C Content Outline

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I. Newtonian Mechanics

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I.A. Kinematics (inc lud ing vecto rs, vecto r alg eb ra, co mp o nents o f vecto rs, co o rd inate systems,d isp lacement, velo c ity, and acceleratio n)

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I.A.1. Motion in one dimension

Chapter 02 Mot ion Along a St raight Line: Sect ion 02.01 Posit ion, Displacement ,and Average Velocity3Chapter 02 Mot ion Along a St raight Line: Sect ion 02.02 Instantaneous Velocityand SpeedPage 18Chapter 02 Mot ion Along a St raight Line: Sect ion 02.03 Accelerat ionPage 20Chapter 02 Mot ion Along a St raight Line: Sect ion 02.04 Constant Accelerat ionPage 23Chapter 02 Mot ion Along a St raight Line: Sect ion 02.05 Free-Fall Accelerat ionPage 27Chapter 02 Mot ion Along a St raight Line: Sect ion 02.06 Graphical In tegrat ion inMot ion AnalysisPage 29Chapter 03 Vector: Sect ion 03.01 Vectors and Their ComponentsPage 40Chapter 03 Vector: Sect ion 03.02 Unit Vectors, Adding Vectors by ComponentsPage 46Chapter 03 Vector: Sect ion 03.03 Mult ip lying VectorsPage 50Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .01 Posit ion andDisplacementPage 62Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .02 Average Velocityand Instantaneous VelocityPage 64Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .03 AverageAccelerat ion and Instaneous Accelerat ionPage 67Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .04 Pro ject ileMot ionPage 70Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .05 Uniform CircularMot ionPage 76Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .06 Relat ive Mot ionin One DimensionPage 78Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .07 Relat ive Mot ionin Two DimensionsPage 80Chapter 05 Force and Mot ion I: Sect ion 05.01 Newton's First and Second LawsPage 94Chapter 05 Force and Mot ion I: Sect ion 05.02 Some Part icu lar ForcesPage 102Chapter 05 Force and Mot ion I: Sect ion 05.03 Applying Newton's LawPage 106Chapter 06 Force and Mot ion II: Sect ion 06 .01 Frict ionPage 124Chapter 06 Force and Mot ion II: Sect ion 06 .02 The Drag Force and TerminalSpeedPage 130Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by the

Gravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .01 Center of Mass14Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .02 Newton'sSecond Law for a System of Part iclesPage 220Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .03 LinearMomentumPage 224Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .04 Collision andImpulsePage 226Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .05 Conservat ion ofLinear MomentumPage 230Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .06 Momentum andKinet ic Energy in CollisionsPage 233Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .07 Elast icCollisions in One DimensionPage 237Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .08 Collisions inTwo DimensionsPage 240Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .09 Systems withVarying Mass: A RocketPage 241Chapter 10 Rotat ion: Sect ion 10.01 Rotat ional VariablesPage 257Chapter 10 Rotat ion: Sect ion 10.02 Rotat ion with Constant Angular Accelerat ionPage 266Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.06 TorquePage 277Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.01 Rolling asTranslat ion and Rotat ion CombinedPage 295Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.03 The Yo-YoPage 301Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.04 TorqueRevisitedPage 302Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ion

of Angular Momentum12Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 12 Equilibrium and Elast icity: Sect ion 12.03 Elast icityPage 338Chapter 13 Gravitat ion: Sect ion 13.01 Newton's Law of Gravitat ionPage 354Chapter 13 Gravitat ion: Sect ion 13.02 Gravitat ion and the Princip le ofSuperposit ionPage 357Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 14 Flu ids: Sect ion 14 .02 Flu ids at RestPage 388Chapter 14 Flu ids: Sect ion 14 .03 Measuring PressurePage 392Chapter 15 Oscillat ions: Sect ion 15.01 Simple Harmonic Mot ionPage 413Chapter 15 Oscillat ions: Sect ion 15.02 Energy in Simple Harmonic Mot ionPage 421Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424Chapter 15 Oscillat ions: Sect ion 15.05 Damped Simple Harmonic Mot ionPage 430Chapter 15 Oscillat ions: Sect ion 15.06 Forced Oscillat ions and ResonancePage 432Chapter 16 Waves I: Sect ion 16 .06 Phasors Page 462Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's LawPage 609Chapter 22 Elect ric Fields: Sect ion 22.01 The Elect ric FieldPage 630Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 24 Elect ric Potent ial: Sect ion 24 .02 Equipotent ial Surfaces and theElect ric FieldPage 690Chapter 24 Elect ric Potent ial: Sect ion 24 .04 Potent ial Due to an Elect ric DipolePage 697Chapter 26 Current and Resistance: Sect ion 26 .02 Current DensityPage 748Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803

Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980Chapter 33 Elect romagnet ic Waves: Sect ion 33.07 Polariz at ion by Ref lect ionPage 997Chapter 37 Relat ivity: Sect ion 37.01 Simultaneity and T ime Dilat ionPage 1116Chapter 37 Relat ivity: Sect ion 37.02 The Relat ivity of LengthPage 1125Chapter 37 Relat ivity: Sect ion 37.03 The Lorentz Transformat ionPage 1129Chapter 37 Relat ivity: Sect ion 37.04 The Relat ivity of Velocit iesPage 1133Chapter 37 Relat ivity: Sect ion 37.05 Doppler Ef fect for LightPage 1134Chapter 37 Relat ivity: Sect ion 37.06 Momentum and EnergyPage 1137

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I.A.2. Motion in two dimensions, including projectile motion

Chapter 02 Mot ion Along a St raight Line: Sect ion 02.01 Posit ion, Displacement ,and Average VelocityPage 13Chapter 02 Mot ion Along a St raight Line: Sect ion 02.02 Instantaneous Velocityand SpeedPage 18Chapter 02 Mot ion Along a St raight Line: Sect ion 02.03 Accelerat ionPage 20Chapter 02 Mot ion Along a St raight Line: Sect ion 02.04 Constant Accelerat ionPage 23Chapter 02 Mot ion Along a St raight Line: Sect ion 02.05 Free-Fall Accelerat ionPage 27Chapter 02 Mot ion Along a St raight Line: Sect ion 02.06 Graphical In tegrat ion inMot ion AnalysisPage 29Chapter 03 Vector: Sect ion 03.01 Vectors and Their Components0Chapter 03 Vector: Sect ion 03.02 Unit Vectors, Adding Vectors by ComponentsPage 46Chapter 03 Vector: Sect ion 03.03 Mult ip lying VectorsPage 50Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .01 Posit ion andDisplacementPage 62Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .02 Average Velocityand Instantaneous VelocityPage 64Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .03 AverageAccelerat ion and Instaneous Accelerat ionPage 67Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .04 Pro ject ileMot ionPage 70Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .05 Uniform CircularMot ionPage 76Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .06 Relat ive Mot ionin One DimensionPage 78Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .07 Relat ive Mot ion

in Two DimensionsPage 80Chapter 05 Force and Mot ion I: Sect ion 05.01 Newton's First and Second LawsPage 94Chapter 05 Force and Mot ion I: Sect ion 05.02 Some Part icu lar ForcesPage 102Chapter 05 Force and Mot ion I: Sect ion 05.03 Applying Newton's LawPage 106Chapter 06 Force and Mot ion II: Sect ion 06 .01 Frict ionPage 124Chapter 06 Force and Mot ion II: Sect ion 06 .02 The Drag Force and TerminalSpeedPage 130Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by theGravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .01 Center of MassPage 214Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .02 Newton'sSecond Law for a System of Part iclesPage 220Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .03 LinearMomentumPage 224Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .04 Collision andImpulsePage 226Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .05 Conservat ion ofLinear MomentumPage 230Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .06 Momentum andKinet ic Energy in CollisionsPage 233Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .07 Elast icCollisions in One DimensionPage 237Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .08 Collisions inTwo DimensionsPage 240Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .09 Systems withVarying Mass: A RocketPage 241Chapter 10 Rotat ion: Sect ion 10.01 Rotat ional VariablesPage 257Chapter 10 Rotat ion: Sect ion 10.02 Rotat ion with Constant Angular Accelerat ionPage 266Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.06 TorquePage 277Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282

Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.01 Rolling asTranslat ion and Rotat ion CombinedPage 295Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.03 The Yo-YoPage 301Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.04 TorqueRevisitedPage 302Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 12 Equilibrium and Elast icity: Sect ion 12.03 Elast icityPage 338Chapter 13 Gravitat ion: Sect ion 13.01 Newton's Law of Gravitat ionPage 354Chapter 13 Gravitat ion: Sect ion 13.02 Gravitat ion and the Princip le ofSuperposit ionPage 357Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 14 Flu ids: Sect ion 14 .02 Flu ids at RestPage 388Chapter 15 Oscillat ions: Sect ion 15.01 Simple Harmonic Mot ionPage 413Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424Chapter 16 Waves I: Sect ion 16 .06 Phasors Page 462Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's Law09Chapter 22 Elect ric Fields: Sect ion 22.01 The Elect ric FieldPage 630Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 24 Elect ric Potent ial: Sect ion 24 .02 Equipotent ial Surfaces and the

Elect ric FieldPage 690Chapter 24 Elect ric Potent ial: Sect ion 24 .04 Potent ial Due to an Elect ric DipolePage 697Chapter 26 Current and Resistance: Sect ion 26 .02 Current Density48Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980Chapter 33 Elect romagnet ic Waves: Sect ion 33.07 Polariz at ion by Ref lect ionPage 997Chapter 37 Relat ivity: Sect ion 37.04 The Relat ivity of Velocit iesPage 1133Chapter 37 Relat ivity: Sect ion 37.06 Momentum and EnergyPage 1137

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I.B. Newto n's laws o f mo tio n

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I.B.1. Static equilibrium (first law)

Chapter 05 Force and Mot ion I: Sect ion 05.01 Newton's First and Second LawsPage 94Chapter 05 Force and Mot ion I: Sect ion 05.02 Some Part icu lar ForcesPage 102Chapter 05 Force and Mot ion I: Sect ion 05.03 Applying Newton's LawPage 106Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298

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I.B.2. Dynamics of a single particle (second law)

Chapter 05 Force and Mot ion I: Sect ion 05.01 Newton's First and Second LawsPage 94Chapter 05 Force and Mot ion I: Sect ion 05.02 Some Part icu lar ForcesPage 102Chapter 05 Force and Mot ion I: Sect ion 05.03 Applying Newton's LawPage 106Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External Force

Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .02 Newton'sSecond Law for a System of Part iclesPage 220Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .03 LinearMomentumPage 224Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .04 Collision andImpulsePage 226Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .09 Systems withVarying Mass: A RocketPage 241Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 15 Oscillat ions: Sect ion 15.01 Simple Harmonic Mot ionPage 413Chapter 16 Waves I: Sect ion 16 .02 Wave Speed on a St retched St ringPage 452

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I.B.3. Systems of two or more objects (third law)

Chapter 05 Force and Mot ion I: Sect ion 05.03 Applying Newton's LawPage 106Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195

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I.C. Wo rk, energ y, p o wer

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I.C.1. Work and work-energy theorem

Chapter 07 Kinet ic Energy and Work: Sect ion 07.01 Kinet ic EnergyPage 149Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by theGravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial EnergyPage 364

Chapter 14 Flu ids: Sect ion 14 .04 Pascal's Princip lePage 393Chapter 14 Flu ids: Sect ion 14 .07 Bernoulli ' s Equat ionPage 401Chapter 18 Temperature, Heat , and the First Law of Thermodynamics: Sect ion18.05 The First Law of ThermodynamicsPage 528Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .02 Ideal GasesPage 550Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .07 The Molar Specif ic Heatsof an Ideal GasPage 564Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.02Entropy in the Real World: Engines Page 590Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.03Refrigerators and Real EnginesPage 595Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731

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I.C.2. Forces and potential energy

Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by theGravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.03 Readinga Potent ial Energy CurvePage 187Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial EnergyPage 364Chapter 14 Flu ids: Sect ion 14 .04 Pascal's Princip lePage 393Chapter 14 Flu ids: Sect ion 14 .07 Bernoulli ' s Equat ionPage 401Chapter 18 Temperature, Heat , and the First Law of Thermodynamics: Sect ion18.05 The First Law of ThermodynamicsPage 528Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .02 Ideal GasesPage 550Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .07 The Molar Specif ic Heatsof an Ideal GasPage 564Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.02Entropy in the Real World: Engines Page 590Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.03Refrigerators and Real EnginesPage 595Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731

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I.C.3. Conservation of energy

Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by theGravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.02Conservat ion of Mechanical EnergyPage 184Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.03 Readinga Potent ial Energy CurvePage 187Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial EnergyPage 364Chapter 14 Flu ids: Sect ion 14 .04 Pascal's Princip lePage 393Chapter 14 Flu ids: Sect ion 14 .07 Bernoulli ' s Equat ionPage 401Chapter 18 Temperature, Heat , and the First Law of Thermodynamics: Sect ion18.05 The First Law of ThermodynamicsPage 528Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .02 Ideal GasesPage 550Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .07 The Molar Specif ic Heatsof an Ideal GasPage 564Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.02Entropy in the Real World: Engines Page 590Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.03Refrigerators and Real EnginesPage 595Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731

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I.C.4 . Power

Chapter 07 Kinet ic Energy and Work: Sect ion 07.02 Work and Kinet ic EnergyPage 151Chapter 07 Kinet ic Energy and Work: Sect ion 07.03 Work Done by theGravitat ional ForcePage 155Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 07 Kinet ic Energy and Work: Sect ion 07.05 Work Done by a GeneralVariable ForcePage 162Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 PowerPage 166Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergyPage 177Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.04 WorkDone on a System by an External ForcePage 191

Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial EnergyPage 364Chapter 14 Flu ids: Sect ion 14 .04 Pascal's Princip lePage 393Chapter 14 Flu ids: Sect ion 14 .07 Bernoulli ' s Equat ionPage 401Chapter 18 Temperature, Heat , and the First Law of Thermodynamics: Sect ion18.05 The First Law of ThermodynamicsPage 528Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .02 Ideal GasesPage 550Chapter 19 The Kinet ic Theory of Gases: Sect ion 19 .07 The Molar Specif ic Heatsof an Ideal GasPage 564Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.02Entropy in the Real World: Engines Page 590Chapter 20 Entropy and the Second Law of Thermodynamics: Sect ion 20.03Refrigerators and Real EnginesPage 595Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731

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I.D. Systems o f p artic les, l inear mo mentum

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I.D.1. Center of mass

Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .01 Center of MassPage 214Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .02 Newton'sSecond Law for a System of Part iclesPage 220Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .03 LinearMomentumPage 224Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .06 Momentum andKinet ic Energy in CollisionsPage 233Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.01 Rolling asTranslat ion and Rotat ion CombinedPage 295Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.03 The Yo-YoPage 301Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 13 Gravitat ion: Sect ion 13.01 Newton's Law of Gravitat ionPage 354Chapter 13 Gravitat ion: Sect ion 13.02 Gravitat ion and the Princip le ofSuperposit ionPage 357Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 13 Gravitat ion: Sect ion 13.04 Gravitat ion Inside EarthPage 362Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial Energy

Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371

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I.D.2. Impulse and momentum

Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .01 Center of MassPage 214Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .03 LinearMomentumPage 224Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .04 Collision andImpulsePage 226Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .05 Conservat ion ofLinear MomentumPage 230Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .06 Momentum andKinet ic Energy in CollisionsPage 233Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .07 Elast icCollisions in One DimensionPage 237Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .08 Collisions inTwo DimensionsPage 240Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .09 Systems withVarying Mass: A RocketPage 241Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ionof Angular MomentumPage 312Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 33 Elect romagnet ic Waves: Sect ion 33.03 Radiat ion PressurePage 983Chapter 37 Relat ivity: Sect ion 37.06 Momentum and EnergyPage 1137Chapter 38 Photons and Mat ter Waves: Sect ion 38.03 Photons, Momentum,Compton Scat tering, Light In terferencePage 1158Chapter 38 Photons and Mat ter Waves: Sect ion 38.05 Elect rons and Mat ter WavesPage 1166

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I.D.3. Conservation of linear momentum, collisions

Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .02 Newton'sSecond Law for a System of Part iclesPage 220Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .04 Collision andImpulsePage 226Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .05 Conservat ion ofLinear MomentumPage 230Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .06 Momentum andKinet ic Energy in CollisionsPage 233Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .07 Elast icCollisions in One Dimension

Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .08 Collisions inTwo DimensionsPage 240Chapter 09 Center of Mass and Linear Momentum: Sect ion 09 .09 Systems withVarying Mass: A RocketPage 241Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ionof Angular MomentumPage 312Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371

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I.E. Circular mo tio n and ro tatio n

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I.E.1. Uniform circular motion

Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .05 Uniform CircularMot ionPage 76Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ion3Chapter 10 Rotat ion: Sect ion 10.01 Rotat ional VariablesPage 257Chapter 10 Rotat ion: Sect ion 10.02 Rotat ion with Constant Angular Accelerat ionPage 266Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.06 TorquePage 277Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.01 Rolling asTranslat ion and Rotat ion CombinedPage 295Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.03 The Yo-YoPage 301Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.04 TorqueRevisitedPage 302Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424

Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824

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I.E.2. Torque and rotational statics

Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.06 TorquePage 277Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.04 TorqueRevisitedPage 302Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ionof Angular MomentumPage 312Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824

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I.E.3. Rotational kinematics and dynamics

Chapter 04 Mot ion in Two and Three Dimensions: Sect ion 04 .05 Uniform CircularMot ionPage 76Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 10 Rotat ion: Sect ion 10.01 Rotat ional VariablesPage 257Chapter 10 Rotat ion: Sect ion 10.02 Rotat ion with Constant Angular Accelerat ionPage 266Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.06 TorquePage 277Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279

Chapter 10 Rotat ion: Sect ion 10.08 Work and Rotat ional Kinet ic EnergyPage 282Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.01 Rolling asTranslat ion and Rotat ion CombinedPage 295Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.03 The Yo-YoPage 301Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.04 TorqueRevisitedPage 302Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ionof Angular MomentumPage 312Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824

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I.E.4 . Angular momentum and its conservation

Chapter 10 Rotat ion: Sect ion 10.02 Rotat ion with Constant Angular Accelerat ionPage 266Chapter 10 Rotat ion: Sect ion 10.03 Relat ing the Linear and Angular VariablesPage 268Chapter 10 Rotat ion: Sect ion 10.04 Kinet ic Energy of Rotat ionPage 271Chapter 10 Rotat ion: Sect ion 10.05 Calculat ing the Rotat ional Inert iaPage 273Chapter 10 Rotat ion: Sect ion 10.07 Newton's Second Law for Rotat ionPage 279Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.02 Forces andKinet ic Energy of RollingPage 298Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.05 AngularMomentumPage 305Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.06 Newton'sSecond Law in Angular FormPage 307Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.07 AngularMomentum of a Rig id BodyPage 310Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.08 Conservat ionof Angular MomentumPage 312Chapter 11 Rolling, Torque, and Angular Momentum: Sect ion 11.09 Precession ofa GyroscopePage 317

Chapter 12 Equilibrium and Elast icity: Sect ion 12.01 EquilibriumPage 327Chapter 12 Equilibrium and Elast icity: Sect ion 12.02 Some Examples of Stat icEquilibriumPage 332Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423

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I.F. Oscil latio ns and g ravitatio n

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I.F.1. Simple harmonic motion (dynamics and energy relationships)

Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.02Conservat ion of Mechanical EnergyPage 184Chapter 15 Oscillat ions: Sect ion 15.01 Simple Harmonic Mot ionPage 413Chapter 15 Oscillat ions: Sect ion 15.02 Energy in Simple Harmonic Mot ionPage 421Chapter 15 Oscillat ions: Sect ion 15.03 An Angular Simple Harmonic OscillatorPage 423Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424Chapter 15 Oscillat ions: Sect ion 15.05 Damped Simple Harmonic Mot ionPage 430Chapter 15 Oscillat ions: Sect ion 15.06 Forced Oscillat ions and ResonancePage 432Chapter 16 Waves I: Sect ion 16 .01 Transverse WavesPage 444Chapter 16 Waves I: Sect ion 16 .03 Energy and Power of a Wave Traveling Along aStringPage 454Chapter 16 Waves I: Sect ion 16 .06 Phasors Page 462Chapter 17 Waves II: Sect ion 17.01 Speed of SoundPage 479Chapter 17 Waves II: Sect ion 17.04 In tensity and Sound LevelPage 488Chapter 17 Waves II: Sect ion 17.05 Sources of Musical SoundPage 492Chapter 17 Waves II: Sect ion 17.06 BeatsPage 496Chapter 17 Waves II: Sect ion 17.07 The Doppler Ef fectPage 498Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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I.F.2. Mass on a spring

Chapter 07 Kinet ic Energy and Work: Sect ion 07.04 Work Done by a Spring ForcePage 159Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.01 Potent ialEnergy7Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.05Conservat ion of EnergyPage 195Chapter 15 Oscillat ions: Sect ion 15.01 Simple Harmonic Mot ionPage 413Chapter 15 Oscillat ions: Sect ion 15.02 Energy in Simple Harmonic Mot ionPage 421Chapter 15 Oscillat ions: Sect ion 15.05 Damped Simple Harmonic Mot ionPage 430Chapter 16 Waves I: Sect ion 16 .03 Energy and Power of a Wave Traveling Along aStringPage 454

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I.F.3. Pendulum and other oscillations

Chapter 08 Potent ial Energy and Conservat ion of Energy: Sect ion 08.02Conservat ion of Mechanical EnergyPage 184Chapter 15 Oscillat ions: Sect ion 15.04 Pendulums, Circular Mot ionPage 424

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I.F.4 . Newton's law of gravity

Chapter 06 Force and Mot ion II: Sect ion 06 .02 The Drag Force and TerminalSpeedPage 130Chapter 13 Gravitat ion: Sect ion 13.01 Newton's Law of Gravitat ionPage 354Chapter 13 Gravitat ion: Sect ion 13.02 Gravitat ion and the Princip le ofSuperposit ionPage 357Chapter 13 Gravitat ion: Sect ion 13.03 Gravitat ion Near Earth 's SurfacePage 359Chapter 13 Gravitat ion: Sect ion 13.04 Gravitat ion Inside EarthPage 362Chapter 13 Gravitat ion: Sect ion 13.05 Gravitat ional Potent ial EnergyPage 364Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371Chapter 13 Gravitat ion: Sect ion 13.08 Einstein and Gravitat ionPage 374

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I.F. Oscil latio ns and g ravitatio n

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I.F.5. Orbits of planets and satellites

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I.F.5.a. Circular

Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371

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I.F.5.b . General

Chapter 06 Force and Mot ion II: Sect ion 06 .03 Uniform Circular Mot ionPage 133Chapter 13 Gravitat ion: Sect ion 13.06 Planets and Satellites: Kepler's LawsPage 368Chapter 13 Gravitat ion: Sect ion 13.07 Satellites: Orbits and EnergyPage 371

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III . Electricity and Magnetism

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III .A. Electro statics

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III .A.1. Charge and Coulomb's law

Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's LawPage 609Chapter 21 Elect ric Charge: Sect ion 21.02 Charge is Quant iz edPage 619Chapter 21 Elect ric Charge: Sect ion 21.03 Charge is ConservedPage 621Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664

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III .A.2. Electric field and electric potential (including point charges)

Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's LawPage 609Chapter 22 Elect ric Fields: Sect ion 22.01 The Elect ric FieldPage 630Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 24 Elect ric Potent ial: Sect ion 24 .01 Elect ric Potent ialPage 685Chapter 24 Elect ric Potent ial: Sect ion 24 .02 Equipotent ial Surfaces and theElect ric FieldPage 690Chapter 24 Elect ric Potent ial: Sect ion 24 .03 Potent ial Due to a Charged Part iclePage 694Chapter 24 Elect ric Potent ial: Sect ion 24 .04 Potent ial Due to an Elect ric DipolePage 697Chapter 24 Elect ric Potent ial: Sect ion 24 .05 Potent ial Due to a Cont inuousCharge Dist ribut ionPage 698Chapter 24 Elect ric Potent ial: Sect ion 24 .06 Calculat ing the Field f rom thePotent ial

Chapter 24 Elect ric Potent ial: Sect ion 24 .07 Elect ric Potent ial Energy of aSystem of Charged Part iclesPage 703Chapter 24 Elect ric Potent ial: Sect ion 24 .08 Potent ial o f a Charged Iso latedConductorPage 706Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in SeriesPage 723Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 27 Circuits: Sect ion 27.01 Single-Loop CircuitsPage 771Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.03 The Ammeter and the Volt imeterPage 788Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.03 The p-n Junct ionand the TransistorPage 1265

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III .A.3. Gauss's law

Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668

Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in SeriesPage 723Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.01 Gauss' Lawfor Magnet ic FieldsPage 941Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946

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III .A.4 . Fields and potentials of other charge distributions

Chapter 22 Elect ric Fields: Sect ion 22.01 The Elect ric FieldPage 630Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 24 Elect ric Potent ial: Sect ion 24 .01 Elect ric Potent ialPage 685Chapter 24 Elect ric Potent ial: Sect ion 24 .02 Equipotent ial Surfaces and theElect ric FieldPage 690Chapter 24 Elect ric Potent ial: Sect ion 24 .03 Potent ial Due to a Charged Part iclePage 694Chapter 24 Elect ric Potent ial: Sect ion 24 .04 Potent ial Due to an Elect ric DipolePage 697Chapter 24 Elect ric Potent ial: Sect ion 24 .05 Potent ial Due to a Cont inuousCharge Dist ribut ionPage 698Chapter 24 Elect ric Potent ial: Sect ion 24 .06 Calculat ing the Field f rom thePotent ial Page 701Chapter 24 Elect ric Potent ial: Sect ion 24 .07 Elect ric Potent ial Energy of aSystem of Charged Part iclesPage 703Chapter 24 Elect ric Potent ial: Sect ion 24 .08 Potent ial o f a Charged Iso latedConductorPage 706Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in Series

Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 27 Circuits: Sect ion 27.01 Single-Loop CircuitsPage 771Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.03 The Ammeter and the Volt imeterPage 788Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.03 The p-n Junct ionand the TransistorPage 1265

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III .B. Co nd ucto rs, cap acito rs, d ielectrics

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III .B.1. Electrostatics with conductors

Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's LawPage 609Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 24 Elect ric Potent ial: Sect ion 24 .08 Potent ial o f a Charged Iso latedConductorPage 706Chapter 26 Current and Resistance: Sect ion 26 .01 Elect ric CurrentPage 745Chapter 26 Current and Resistance: Sect ion 26 .02 Current Density

Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.01 The Elect ricalPropert ies of MetalsPage 1252Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.02 Semiconductorsand DopingPage 1261Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.03 The p-n Junct ionand the TransistorPage 1265

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III .B.2. Capacitors

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III .B.2.a. Capacitance

Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in SeriesPage 723Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .B.2.b . Parallel plate


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III .B.2.c. Spherical and cylindrical

Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in SeriesPage 723Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current Circuits

Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .B.3. Dielectrics


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III .C. Electric c ircuits

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III .C.1. Current, resistance, power

Chapter 07 Kinet ic Energy and Work: Sect ion 07.06 Power

Chapter 21 Elect ric Charge: Sect ion 21.01 Coulomb's LawPage 609Chapter 26 Current and Resistance: Sect ion 26 .01 Elect ric CurrentPage 745Chapter 26 Current and Resistance: Sect ion 26 .02 Current DensityPage 748Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 27 Circuits: Sect ion 27.01 Single-Loop CircuitsPage 771Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.03 The Ammeter and the Volt imeterPage 788Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05

Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980Chapter 4 1 Conduct ion of Elect ricity in Solids: Sect ion 4 1.03 The p-n Junct ionand the TransistorPage 1265

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III .C.2. Steady-state direct current circuits with batteries and resistors only

Chapter 26 Current and Resistance: Sect ion 26 .01 Elect ric CurrentPage 745Chapter 26 Current and Resistance: Sect ion 26 .02 Current DensityPage 748Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 27 Circuits: Sect ion 27.01 Single-Loop CircuitsPage 771Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.03 The Ammeter and the Volt imeterPage 788Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912

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III .C. Electric c ircuits

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III .C.3. Capacitors in circuits

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III .C.3.a. Steady state


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III .C.3.b . Transients in rc circuits

Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.03 Capacitors in Parallel and in SeriesPage 723Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 27 Circuits: Sect ion 27.02 Mult iloop CircuitsPage 781Chapter 27 Circuits: Sect ion 27.04 RC CircuitsPage 788Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01

LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .D. Mag netic Field s

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III .D.1. Forces on moving charges in magnetic fields

Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803Chapter 28 Magnet ic Fields: Sect ion 28.02 Crossed Fields: Discovery of theElect ronPage 808Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879

Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.01 Gauss' Lawfor Magnet ic FieldsPage 941Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.04 MagnetsPage 950Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.05 Magnet ismand Elect ronsPage 952Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.06Diamagnet ismPage 957Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.07Paramagnet ismPage 959Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.08Ferromagnet ismPage 961Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .D.2. Forces on current-carrying wires in magnetic fields

Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803Chapter 28 Magnet ic Fields: Sect ion 28.02 Crossed Fields: Discovery of theElect ronPage 808Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa Current

Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.01 Gauss' Lawfor Magnet ic FieldsPage 941Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.04 MagnetsPage 950Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.05 Magnet ismand Elect ronsPage 952Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.06Diamagnet ismPage 957Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.07Paramagnet ismPage 959Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.08Ferromagnet ismPage 961Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

Out line III .D.3. Fields of long current-carrying wires

Level 4Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803Chapter 28 Magnet ic Fields: Sect ion 28.02 Crossed Fields: Discovery of theElect ronPage 808Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.05 Cyclot rons and Synchrot ronsPage 817Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 28 Magnet ic Fields: Sect ion 28.07 Torque on a Current LoopPage 822Chapter 28 Magnet ic Fields: Sect ion 28.08 The Magnet ic Dipole MomentPage 824Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06TransformersPage 930Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.01 Gauss' Lawfor Magnet ic FieldsPage 941Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 Induced

Magnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.04 MagnetsPage 950Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.05 Magnet ismand Elect ronsPage 952Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.06Diamagnet ismPage 957Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.07Paramagnet ismPage 959Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.08Ferromagnet ismPage 961Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .D.4 . Biot-Savart law and Ampere's law

Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946

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III .E. Electro mag netism

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III .E.1. Electromagnetic induction (including Faraday's law and Lenz's law)

Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871

Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890

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III .E.2. Inductance (including lr and lc circuits)

Chapter 28 Magnet ic Fields: Sect ion 28.01 Magnet ic Fields and the Def in it ion ofBPage 803Chapter 28 Magnet ic Fields: Sect ion 28.02 Crossed Fields: Discovery of theElect ronPage 808Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.04The Series RLC CircuitPage 921Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.05Power in Alternat ing-Current CircuitsPage 927Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.06

TransformersPage 930Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972

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III .E.3. Maxwell's equations

Chapter 22 Elect ric Fields: Sect ion 22.01 The Elect ric FieldPage 630Chapter 22 Elect ric Fields: Sect ion 22.02 The Elect ric Field Due to a ChargedPart iclePage 633Chapter 22 Elect ric Fields: Sect ion 22.03 The Elect ric Field Due to a DipolePage 635Chapter 22 Elect ric Fields: Sect ion 22.04 The Elect ric Field Due to a Line ofChargePage 638Chapter 22 Elect ric Fields: Sect ion 22.05 The Elect ric Field Due to a ChargedDiskPage 643Chapter 22 Elect ric Fields: Sect ion 22.06 A Point Charge in an Elect ric FieldPage 645Chapter 22 Elect ric Fields: Sect ion 22.07 A Dipole in an Elect ric FieldPage 647Chapter 23 Gauss' Law: Sect ion 23.01 Elect ric FluxPage 659Chapter 23 Gauss' Law: Sect ion 23.02 Gauss' LawPage 664Chapter 23 Gauss' Law: Sect ion 23.03 A Charged Iso lated ConductorPage 668Chapter 23 Gauss' Law: Sect ion 23.04 Applying Gauss' Law: Cylindrical SymmetryPage 671Chapter 23 Gauss' Law: Sect ion 23.05 Applying Gauss' Law: Planar SymmetryPage 673Chapter 23 Gauss' Law: Sect ion 23.06 Applying Gauss' Law: Spherical SymmetryPage 675Chapter 24 Elect ric Potent ial: Sect ion 24 .02 Equipotent ial Surfaces and theElect ric FieldPage 690Chapter 24 Elect ric Potent ial: Sect ion 24 .03 Potent ial Due to a Charged Part iclePage 694Chapter 24 Elect ric Potent ial: Sect ion 24 .04 Potent ial Due to an Elect ric DipolePage 697Chapter 24 Elect ric Potent ial: Sect ion 24 .05 Potent ial Due to a Cont inuousCharge Dist ribut ionPage 698Chapter 24 Elect ric Potent ial: Sect ion 24 .06 Calculat ing the Field f rom thePotent ial Page 701Chapter 24 Elect ric Potent ial: Sect ion 24 .07 Elect ric Potent ial Energy of aSystem of Charged Part iclesPage 703Chapter 24 Elect ric Potent ial: Sect ion 24 .08 Potent ial o f a Charged Iso latedConductorPage 706Chapter 25 Capacitance: Sect ion 25.01 Capacitance Page 717Chapter 25 Capacitance: Sect ion 25.02 Calculat ing the CapacitancePage 719Chapter 25 Capacitance: Sect ion 25.04 Energy Stored in an Elect ric FieldPage 728Chapter 25 Capacitance: Sect ion 25.05 Capacitor with a Dielect ricPage 731Chapter 25 Capacitance: Sect ion 25.06 Dielect rics and Gauss' LawPage 735Chapter 26 Current and Resistance: Sect ion 26 .03 Resistance and Resist ivityPage 752Chapter 26 Current and Resistance: Sect ion 26 .04 Ohm's LawPage 756Chapter 26 Current and Resistance: Sect ion 26 .05 Power, Semiconductors,SuperconductorsPage 760Chapter 28 Magnet ic Fields: Sect ion 28.03 Crossed Fields: The Hall Ef fectPage 810Chapter 28 Magnet ic Fields: Sect ion 28.04 A Circulat ing Charged Part iclePage 814Chapter 28 Magnet ic Fields: Sect ion 28.06 Magnet ic Force on a Current -CarryingWirePage 820

Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .01 Magnet ic Field Due toa CurrentPage 836Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .02 Force Between TwoParallel CurrentsPage 842Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .03 Ampere's LawPage 844Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .04 Solenoids andToroidsPage 848Chapter 29 Magnet ic Fields Due to Currents: Sect ion 29 .05 A Current -CarryingCoil as a Magnet ic DipolePage 851Chapter 30 Induct ion and Inductance: Sect ion 30.01 Faraday's Law and Lenz 'sLawPage 864Chapter 30 Induct ion and Inductance: Sect ion 30.02 Induct ion and EnergyTransfersPage 871Chapter 30 Induct ion and Inductance: Sect ion 30.03 Induced Elect ric FieldsPage 874Chapter 30 Induct ion and Inductance: Sect ion 30.04 Inductors and InductancePage 879Chapter 30 Induct ion and Inductance: Sect ion 30.05 Self - Induct ionPage 881Chapter 30 Induct ion and Inductance: Sect ion 30.06 RL CircuitsPage 882Chapter 30 Induct ion and Inductance: Sect ion 30.07 Energy Stored in a Magnet icFieldPage 887Chapter 30 Induct ion and Inductance: Sect ion 30.08 Energy Density of aMagnet ic FieldPage 889Chapter 30 Induct ion and Inductance: Sect ion 30.09 Mutual Induct ionPage 890Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.01LC Oscillat ionsPage 903Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.02Damped Oscillat ions in an RLC CircuitPage 910Chapter 31 Elect romagnet ic Oscillat ions and Alternat ing Current : Sect ion 31.03Forced Oscillat ions of Three Simple CircuitsPage 912Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.01 Gauss' Lawfor Magnet ic FieldsPage 941Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.02 InducedMagnet ic FieldsPage 943Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.03Displacement CurrentPage 946Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.04 MagnetsPage 950Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.05 Magnet ismand Elect ronsPage 952Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.06Diamagnet ismPage 957Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.07Paramagnet ismPage 959Chapter 32 Maxwell' s Equat ions; Magnet ism of Mat ter: Sect ion 32.08Ferromagnet ismPage 961Chapter 33 Elect romagnet ic Waves: Sect ion 33.01 Elect romagnet ic WavesPage 972Chapter 33 Elect romagnet ic Waves: Sect ion 33.02 Energy Transport and thePoynt ing VectorPage 980

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