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catalog contributor b12705705.
catalog created "c2000.".
catalog date "2000".
catalog date "c2000.".
catalog dateCopyrighted "c2000.".
catalog description "1 An Introduction to Physics 1 -- 1.1 Law and Theory 2 -- 1.2 The Modern Perspective 2 -- Measurement 8 -- 1.3 Length 8 -- 1.4 Mass and Weight 10 -- 1.5 Time 12 -- 1.6 Significant Figures 13 -- The Language of Physics 15 -- 1.7 Equations 15 -- 1.8 Graphs and Functions 16 -- 1.9 Approximations and Checks 18 -- 2 Kinematics: Speed & Velocity 25 -- Speed 25 -- 2.1 Average Speed 26 -- 2.2 Constant Speed 29 -- 2.3 Delta Notation: The Change in a Quantity 30 -- 2.4 Instantaneous Speed 30 -- Velocity 35 -- 2.5 The Displacement Vector 35 -- 2.6 Some Vector Algebra 36 -- 2.7 Instantaneous Velocity 39 -- 2.8 Components and Vector Addition 44 -- Relative Motion 52 -- 2.9 Velocity with Respect to ... 53 -- 3 Kinematics: Acceleration 71 -- The Concept of Acceleration 71 -- 3.1 Average Acceleration 72 -- 3.2".
catalog description "16.4 Potential of a Continuous Charge Distribution 669 -- 16.5 Determining E from V 671 -- 16.6 Conservation of Charge 672 -- Capacitance 674 -- 16.7 The Capacitor 674 -- 16.8 Capacitors in Combination 678 -- 16.9 Energy in Capacitors 682 -- 17 Direct Current 698 -- Flowing Electricity 698 -- 17.1 Electric Current 698 -- Resistance 707 -- 17.2 Ohm's Law 707 -- 17.3 Resistivity 709 -- 17.4 Voltage Drops and Rises 713 -- 17.5 Energy and Power 714 -- 17.6 Current Density and Conductivity 716 -- 18 Circuits 727 -- Circuit Principles 727 -- 18.1 Sources and Internal Resistance 728 -- 18.2 Resistors in Series and Parallel 731 -- 18.3 Ammeters and Voltmeters 736 -- 18.4 R-C Circuits 737 -- Network Analysis 740 -- 18.5 Kirchhoff's Rules 741 -- 19 Magnetism 758 -- Magnets & the Magnetic Field 758 -- 19.1 Permanent Magnets 759 -- 19.2".
catalog description "Centripetal Acceleration 182 -- 5.2 Center-Seeking Forces 184 -- Gravity 188 -- 5.3 The Law of Universal Gravitation 188 -- 5.4 Terrestrial Gravity 194 -- The Cosmic Force 199 -- 5.5 The Laws of Planetary Motion 199 -- 5.6 Satellite Orbits 203 -- 5.7 Effectively Weightless 207 -- 5.8 The Gravitational Field 209 -- 6 Energy 222 -- The Transfer of Energy 222 -- 6.1 Work 223 -- Mechanical Energy 236 -- 6.2 Kinetic Energy 236 -- 6.3 Potential Energy 240 -- Conservation of Mechanical Energy 247 -- 6.4 Mechanical Energy 247 -- 6.5 Applying Conservation of Energy 250 -- 6.6 Power 254 -- 6.7 Energy Conservation and Symmetry 257 -- 7 Momentum & Collisions 269 -- Linear Momentum 269 -- 7.1 Impulse and Momentum Change 271 -- 7.2 Varying Force 274 -- 7.3 Rockets 277 -- 7.4 Conservation of Linear Momentum 278 -- 7.5 Collisions 281 -- 7.6".
catalog description "Conservation of Energy 571 -- 14.2 Thermal Processes & Work 574 -- 14.3 Isothermal Change of an Ideal Gas 578 -- 14.4 Adiabatic Change of an Ideal Gas 580 -- Cyclic Processes: Engines & Refrigerators 582 -- 14.5 The Carnot Cycle 583 -- 14.6 Refrigeration Machines & Heat Pumps 587 -- The Second Law of Thermodynamics 590 -- 14.7 Entropy 592 -- 15 Electrostatics: Forces 609 -- Electromagnetic Charge 610 -- 15.1 Positive and Negative Charge 610 -- 15.2 Insulators and Conductors 613 -- The Electric Force 618 -- 15.3 Coulomb's Law 618 -- The Electric Field 624 -- 15.4 Definition of the E-Field 626 -- 15.5 E-Fields of Continuous Charge Distributions 636 -- 15.6 Gauss's Law 638 -- 16 Electrostatics: Energy 654 -- Electric Potential 654 -- 16.1 Electrical-PE & Potential 654 -- 16.2 Potential of a Point-Charge 661 -- 16.3 The Potential of Several Charges 666 --".
catalog description "Instantaneous Acceleration: Second Derivatives 73 -- Uniformly Accelerated Motion 76 -- 3.3 Constant Acceleration 76 -- 3.4 The Mean Speed 77 -- 3.5 The Equations of Constant Acceleration 80 -- Free-Fall: Ballistics 84 -- 3.6 Air Drag 84 -- 3.7 Acceleration Due to Gravity 85 -- 3.8 Straight Up & Down 87 -- 3.9 Two-Dimensional Motion: Projectiles 90 -- 3.10 Varying Acceleration: Integrals 98 -- 4 Newton's Three Laws: Momentum 116 -- The Three Laws 116 -- 4.1 The Law of Inertia 117 -- 4.2 Force 122 -- 4.3 The Second Law 126 -- 4.4 Interaction: The Third Law 130 -- Dynamics & Statics 132 -- 4.5 The Effects of Force: Newton's Laws 132 -- 4.6 Weight: Gravitational Force 137 -- 4.7 Coupled Motions 142 -- 4.8 Friction 144 -- 4.9 Translational Equilibrium: Statics 153 -- 5 Centripetal Force & Gravity 181 -- Centripetal Force 181 -- 5.1".
catalog description "Linear Momentum and Symmetry 290 -- 8 Rotational Motion 298 -- The Kinematics of Rotation 298 -- 8.1 Angular Displacement 298 -- 8.2 Angular Velocity 301 -- 8.3 Angular Acceleration 303 -- 8.4 Equations of Constant Angular Acceleration 305 -- Rotational Equilibrium 307 -- 8.5 Torque 308 -- 8.6 Second Condition of Equilibrium 314 -- 8.7 Extended Bodies & the Center-of-Gravity 316 -- The Dynamics of Rotation 321 -- 8.8 Torque & Rotational Inertia 321 -- 8.9 Rotational Kinetic Energy 328 -- 8.10 Angular Momentum 330 -- 8.11 Conservation of Angular Momentum 332 -- 9 Solids, Liquids, & Gases 355 -- Atoms & Matter 355 -- 9.1 Atomism 356 -- 9.2 Density 357 -- 9.3 The States of Matter 360 -- Fluid Statics 363 -- 9.4 Hydrostatic Pressure 363 -- 9.5 Pascal's Principle 370 -- 9.6 Buoyant Force 372 -- Fluid Dynamics 377 -- 9.7 Fluid Flow 377 -- 9.8".
catalog description "Semiconductors 865 -- 22 Radiant Energy: Light 881 -- The Nature of Light 881 -- 22.1 Waves and Particles 882 -- 22.2 Electromagnetic Waves 883 -- 22.3 Waveforms and Wavefronts 885 -- 22.4 Energy and Irradiance 890 -- 22.5 The Origins of EM Radiation 891 -- 22.6 Energy Quanta 894 -- 22.7 Atoms and Light 895 -- The Electromagnetic-Photon Spectrum 897 -- 22.8 Radiowaves 898 -- 22.9 Microwaves 899 -- 22.10 Infrared 901 -- 22.11 Light 901 -- 22.12 Ultraviolet 903 -- 22.13 X-Rays 905 -- 22.14 Gamma Rays 906 -- 23 The Propagation of Light: Scattering 912 -- Scattering 912 -- 23.1 Rayleigh Scattering: Blue Skies 912 -- Reflection 919 -- 23.2 Internal and External Reflection 919 -- 23.3 The Law of Reflection 920 -- Refraction 925 -- 23.4 The Index of Refraction 925 -- 23.5 Snell's Law 927 -- 23.6 Total Internal Reflection 930 --".
catalog description "System requirements for accompanying CD-ROMs: Macintosh platform: Macintosh; Mac OS 7.6 or higher; Power PC and higher (68040 not supported); 32MB RAM recommended; monitor 800x600 resolution, minimum 256 colors; CD-ROM drive quad speed or higher; browser MSIE 4.5 or higher (Netscape not supported), installer for MSIE 5.0 on disc; plug-ins Shockwave 7 or higher; Java requires MRJ 2.1.2 or higher.".
catalog description "System requirements for accompanying CD-ROMs: Windows platform: Windows 95, 98, NT or higher (3.1 not supported); Intel Pentium (or equivalent) and higher; 24MB RAM (32MB recommended); monitor 800x600 resoultion, minimum 256 colors; CD-ROM drive quad speed or higher; browser, MSIE 4.01 or higher, Netscape 4.06 or higher, installer for MSIE 5.0 on disc; plug-ins, Shickwave 7 or higher.".
catalog description "The Continuity Equation 379 -- 9.9 Bernoulli's Equation 380 -- 9.10 Viscous Flow 390 -- 10 Elasticity & Oscillations 407 -- Elasticity 407 -- 10.1 Hooke's Law 408 -- 10.2 Stress & Strain 412 -- 10.3 Strength 415 -- 10.4 Elastic Moduli 418 -- Harmonic Motion 421 -- 10.5 Simple Harmonic Motion 421 -- 10.6 Elastic Restoring Force 426 -- 10.7 The Pendulum 430 -- 10.8 Damping, Forcing, and Resonance 432 -- 11 Waves & Sound 448 -- Mechanical Waves 448 -- 11.1 Wave Characteristics 448 -- 11.2 Transverse Waves: Strings 454 -- 11.3 Compression Waves 457 -- Sound 461 -- 11.4 Acoustics: Sound Waves 461 -- 11.5 Wavefronts & Intensity 467 -- 11.6 The Speed of Sound in Air 468 -- 11.7 Hearing Sound 470 -- 11.8 Sound-Level 473 -- 11.9 Sound Waves: Beats 475 -- 11.10 Standing Waves 477 -- 11.11 The Doppler Effect 485 -- 12".
catalog description "The Magnetic Field 762 -- Electrodynamics 769 -- 19.3 Currents and Fields 769 -- 19.4 Calculating B-Fields 776 -- Magnetic Force 782 -- 19.5 The Force on a Moving Charge 782 -- 19.6 Forces on Wires 786 -- 20 Electromagnetic Induction 805 -- Electromagnetically Induced emf 805 -- 20.1 Faraday's Induction Law 807 -- 20.2 Motional emf 813 -- Generators 818 -- 20.3 The AC Generator 819 -- 20.4 The DC Generator 820 -- Self-Induction 822 -- 20.5 Inductance 822 -- 20.6 The R-L Circuit: Transients 825 -- 20.7 Energy in the Magnetic Field 827 -- 21 AC and Electronics 841 -- Alternating Current 841 -- 21.1 AC and Resistance 844 -- 21.2 AC and Inductance 846 -- 21.3 AC and Capacitance 849 -- L-C-R AC Networks 851 -- 21.4 L-C-R Series Circuits 851 -- 21.5 The Transformer 859 -- 21.6 Domestic Circuits and Hazards 862 -- Electronics 864 -- 21.7".
catalog description "The World of Color 934 -- 23.7 White, Black, and Gray 934 -- 23.8 Colors 935 -- 24 Geometrical Optics and Instruments 946 -- Lenses 946 -- 24.1 Aspherical Surfaces 947 -- 24.2 Spherical Thin Lenses 950 -- 24.3 Focal Points and Planes 953 -- 24.4 Extended Imagery: Lenses 955 -- 24.5 A Single Lens 959 -- 24.6 Thin-Lens Combinations 967 -- Mirrors 976 -- 24.7 Curved Mirrors 977 -- 25 Physical Optics 993 -- Polarization 993 -- 25.1 Natural Light 995 -- 25.2 Polarizers 997 -- 25.3 Polarizing Processes 1000 -- Interference 1005 -- 25.4 Young's Experiment 1006 -- 25.5 Thin-Film Interference 1011 -- 25.6 The Michelson Interferometer 1015 -- Diffraction 1017 -- 25.7 Single-Slit Diffraction 1020 -- 25.8 The Diffraction Grating 1023 -- 25.9 Circular Holes and Obstacles 1024.".
catalog description "Thermal Properties of Matter 503 -- Temperature 503 -- 12.1 Thermodynamic Temperature & Absolute Zero 505 -- Thermal Expansion 509 -- 12.2 Linear Expansion 509 -- 12.3 Volumetric Expansion: Solids & Liquids 511 -- The Gas Laws 515 -- 12.4 The Laws of Boyle, Charles, & Gay-Lussac 515 -- 12.5 The Ideal Gas Law 518 -- 12.6 Phase Diagrams 520 -- 12.7 Kinetic Theory 522 -- 13 Heat & Thermal Energy 535 -- Thermal Energy 535 -- 13.1 Heat & Temperature 537 -- 13.2 Quantity of Heat 538 -- 13.3 The Mechanical Equivalent of Heat 539 -- 13.4 Specific Heat: Calorimetry 541 -- Change of State 545 -- 13.5 Melting & Freezing 545 -- 13.6 Vaporization 547 -- 13.7 Boiling 549 -- The Transfer of Thermal Energy 551 -- 13.8 Radiation 551 -- 13.9 Convection 554 -- 13.10 Conduction 555 -- 14 Thermodynamics 570 -- The First Law of Thermodynamics 571 -- 14.1".
catalog extent "2 v. :".
catalog identifier "0534362702 (Combined)".
catalog identifier "0534370845 (v. 2)".
catalog identifier "053437350X (v. 1)".
catalog identifier "0534373925 (v. 1 : label on cover)".
catalog identifier "0534373992 (CD-ROM for combined volume)".
catalog identifier "053437400X (CD-ROM, v. 1)".
catalog issued "2000".
catalog issued "c2000.".
catalog language "eng".
catalog publisher "South Melbourne, Australia ; Pacific Grove, CA : Brooks/Cole,".
catalog requires "System requirements for accompanying CD-ROMs: Macintosh platform: Macintosh; Mac OS 7.6 or higher; Power PC and higher (68040 not supported); 32MB RAM recommended; monitor 800x600 resolution, minimum 256 colors; CD-ROM drive quad speed or higher; browser MSIE 4.5 or higher (Netscape not supported), installer for MSIE 5.0 on disc; plug-ins Shockwave 7 or higher; Java requires MRJ 2.1.2 or higher.".
catalog requires "System requirements for accompanying CD-ROMs: Windows platform: Windows 95, 98, NT or higher (3.1 not supported); Intel Pentium (or equivalent) and higher; 24MB RAM (32MB recommended); monitor 800x600 resoultion, minimum 256 colors; CD-ROM drive quad speed or higher; browser, MSIE 4.01 or higher, Netscape 4.06 or higher, installer for MSIE 5.0 on disc; plug-ins, Shickwave 7 or higher.".
catalog subject "530 21".
catalog subject "Calculus.".
catalog subject "Mathematical physics.".
catalog subject "Physics.".
catalog subject "QC21.2 .H43 2000".
catalog tableOfContents "1 An Introduction to Physics 1 -- 1.1 Law and Theory 2 -- 1.2 The Modern Perspective 2 -- Measurement 8 -- 1.3 Length 8 -- 1.4 Mass and Weight 10 -- 1.5 Time 12 -- 1.6 Significant Figures 13 -- The Language of Physics 15 -- 1.7 Equations 15 -- 1.8 Graphs and Functions 16 -- 1.9 Approximations and Checks 18 -- 2 Kinematics: Speed & Velocity 25 -- Speed 25 -- 2.1 Average Speed 26 -- 2.2 Constant Speed 29 -- 2.3 Delta Notation: The Change in a Quantity 30 -- 2.4 Instantaneous Speed 30 -- Velocity 35 -- 2.5 The Displacement Vector 35 -- 2.6 Some Vector Algebra 36 -- 2.7 Instantaneous Velocity 39 -- 2.8 Components and Vector Addition 44 -- Relative Motion 52 -- 2.9 Velocity with Respect to ... 53 -- 3 Kinematics: Acceleration 71 -- The Concept of Acceleration 71 -- 3.1 Average Acceleration 72 -- 3.2".
catalog tableOfContents "16.4 Potential of a Continuous Charge Distribution 669 -- 16.5 Determining E from V 671 -- 16.6 Conservation of Charge 672 -- Capacitance 674 -- 16.7 The Capacitor 674 -- 16.8 Capacitors in Combination 678 -- 16.9 Energy in Capacitors 682 -- 17 Direct Current 698 -- Flowing Electricity 698 -- 17.1 Electric Current 698 -- Resistance 707 -- 17.2 Ohm's Law 707 -- 17.3 Resistivity 709 -- 17.4 Voltage Drops and Rises 713 -- 17.5 Energy and Power 714 -- 17.6 Current Density and Conductivity 716 -- 18 Circuits 727 -- Circuit Principles 727 -- 18.1 Sources and Internal Resistance 728 -- 18.2 Resistors in Series and Parallel 731 -- 18.3 Ammeters and Voltmeters 736 -- 18.4 R-C Circuits 737 -- Network Analysis 740 -- 18.5 Kirchhoff's Rules 741 -- 19 Magnetism 758 -- Magnets & the Magnetic Field 758 -- 19.1 Permanent Magnets 759 -- 19.2".
catalog tableOfContents "Centripetal Acceleration 182 -- 5.2 Center-Seeking Forces 184 -- Gravity 188 -- 5.3 The Law of Universal Gravitation 188 -- 5.4 Terrestrial Gravity 194 -- The Cosmic Force 199 -- 5.5 The Laws of Planetary Motion 199 -- 5.6 Satellite Orbits 203 -- 5.7 Effectively Weightless 207 -- 5.8 The Gravitational Field 209 -- 6 Energy 222 -- The Transfer of Energy 222 -- 6.1 Work 223 -- Mechanical Energy 236 -- 6.2 Kinetic Energy 236 -- 6.3 Potential Energy 240 -- Conservation of Mechanical Energy 247 -- 6.4 Mechanical Energy 247 -- 6.5 Applying Conservation of Energy 250 -- 6.6 Power 254 -- 6.7 Energy Conservation and Symmetry 257 -- 7 Momentum & Collisions 269 -- Linear Momentum 269 -- 7.1 Impulse and Momentum Change 271 -- 7.2 Varying Force 274 -- 7.3 Rockets 277 -- 7.4 Conservation of Linear Momentum 278 -- 7.5 Collisions 281 -- 7.6".
catalog tableOfContents "Conservation of Energy 571 -- 14.2 Thermal Processes & Work 574 -- 14.3 Isothermal Change of an Ideal Gas 578 -- 14.4 Adiabatic Change of an Ideal Gas 580 -- Cyclic Processes: Engines & Refrigerators 582 -- 14.5 The Carnot Cycle 583 -- 14.6 Refrigeration Machines & Heat Pumps 587 -- The Second Law of Thermodynamics 590 -- 14.7 Entropy 592 -- 15 Electrostatics: Forces 609 -- Electromagnetic Charge 610 -- 15.1 Positive and Negative Charge 610 -- 15.2 Insulators and Conductors 613 -- The Electric Force 618 -- 15.3 Coulomb's Law 618 -- The Electric Field 624 -- 15.4 Definition of the E-Field 626 -- 15.5 E-Fields of Continuous Charge Distributions 636 -- 15.6 Gauss's Law 638 -- 16 Electrostatics: Energy 654 -- Electric Potential 654 -- 16.1 Electrical-PE & Potential 654 -- 16.2 Potential of a Point-Charge 661 -- 16.3 The Potential of Several Charges 666 --".
catalog tableOfContents "Instantaneous Acceleration: Second Derivatives 73 -- Uniformly Accelerated Motion 76 -- 3.3 Constant Acceleration 76 -- 3.4 The Mean Speed 77 -- 3.5 The Equations of Constant Acceleration 80 -- Free-Fall: Ballistics 84 -- 3.6 Air Drag 84 -- 3.7 Acceleration Due to Gravity 85 -- 3.8 Straight Up & Down 87 -- 3.9 Two-Dimensional Motion: Projectiles 90 -- 3.10 Varying Acceleration: Integrals 98 -- 4 Newton's Three Laws: Momentum 116 -- The Three Laws 116 -- 4.1 The Law of Inertia 117 -- 4.2 Force 122 -- 4.3 The Second Law 126 -- 4.4 Interaction: The Third Law 130 -- Dynamics & Statics 132 -- 4.5 The Effects of Force: Newton's Laws 132 -- 4.6 Weight: Gravitational Force 137 -- 4.7 Coupled Motions 142 -- 4.8 Friction 144 -- 4.9 Translational Equilibrium: Statics 153 -- 5 Centripetal Force & Gravity 181 -- Centripetal Force 181 -- 5.1".
catalog tableOfContents "Linear Momentum and Symmetry 290 -- 8 Rotational Motion 298 -- The Kinematics of Rotation 298 -- 8.1 Angular Displacement 298 -- 8.2 Angular Velocity 301 -- 8.3 Angular Acceleration 303 -- 8.4 Equations of Constant Angular Acceleration 305 -- Rotational Equilibrium 307 -- 8.5 Torque 308 -- 8.6 Second Condition of Equilibrium 314 -- 8.7 Extended Bodies & the Center-of-Gravity 316 -- The Dynamics of Rotation 321 -- 8.8 Torque & Rotational Inertia 321 -- 8.9 Rotational Kinetic Energy 328 -- 8.10 Angular Momentum 330 -- 8.11 Conservation of Angular Momentum 332 -- 9 Solids, Liquids, & Gases 355 -- Atoms & Matter 355 -- 9.1 Atomism 356 -- 9.2 Density 357 -- 9.3 The States of Matter 360 -- Fluid Statics 363 -- 9.4 Hydrostatic Pressure 363 -- 9.5 Pascal's Principle 370 -- 9.6 Buoyant Force 372 -- Fluid Dynamics 377 -- 9.7 Fluid Flow 377 -- 9.8".
catalog tableOfContents "Semiconductors 865 -- 22 Radiant Energy: Light 881 -- The Nature of Light 881 -- 22.1 Waves and Particles 882 -- 22.2 Electromagnetic Waves 883 -- 22.3 Waveforms and Wavefronts 885 -- 22.4 Energy and Irradiance 890 -- 22.5 The Origins of EM Radiation 891 -- 22.6 Energy Quanta 894 -- 22.7 Atoms and Light 895 -- The Electromagnetic-Photon Spectrum 897 -- 22.8 Radiowaves 898 -- 22.9 Microwaves 899 -- 22.10 Infrared 901 -- 22.11 Light 901 -- 22.12 Ultraviolet 903 -- 22.13 X-Rays 905 -- 22.14 Gamma Rays 906 -- 23 The Propagation of Light: Scattering 912 -- Scattering 912 -- 23.1 Rayleigh Scattering: Blue Skies 912 -- Reflection 919 -- 23.2 Internal and External Reflection 919 -- 23.3 The Law of Reflection 920 -- Refraction 925 -- 23.4 The Index of Refraction 925 -- 23.5 Snell's Law 927 -- 23.6 Total Internal Reflection 930 --".
catalog tableOfContents "The Continuity Equation 379 -- 9.9 Bernoulli's Equation 380 -- 9.10 Viscous Flow 390 -- 10 Elasticity & Oscillations 407 -- Elasticity 407 -- 10.1 Hooke's Law 408 -- 10.2 Stress & Strain 412 -- 10.3 Strength 415 -- 10.4 Elastic Moduli 418 -- Harmonic Motion 421 -- 10.5 Simple Harmonic Motion 421 -- 10.6 Elastic Restoring Force 426 -- 10.7 The Pendulum 430 -- 10.8 Damping, Forcing, and Resonance 432 -- 11 Waves & Sound 448 -- Mechanical Waves 448 -- 11.1 Wave Characteristics 448 -- 11.2 Transverse Waves: Strings 454 -- 11.3 Compression Waves 457 -- Sound 461 -- 11.4 Acoustics: Sound Waves 461 -- 11.5 Wavefronts & Intensity 467 -- 11.6 The Speed of Sound in Air 468 -- 11.7 Hearing Sound 470 -- 11.8 Sound-Level 473 -- 11.9 Sound Waves: Beats 475 -- 11.10 Standing Waves 477 -- 11.11 The Doppler Effect 485 -- 12".
catalog tableOfContents "The Magnetic Field 762 -- Electrodynamics 769 -- 19.3 Currents and Fields 769 -- 19.4 Calculating B-Fields 776 -- Magnetic Force 782 -- 19.5 The Force on a Moving Charge 782 -- 19.6 Forces on Wires 786 -- 20 Electromagnetic Induction 805 -- Electromagnetically Induced emf 805 -- 20.1 Faraday's Induction Law 807 -- 20.2 Motional emf 813 -- Generators 818 -- 20.3 The AC Generator 819 -- 20.4 The DC Generator 820 -- Self-Induction 822 -- 20.5 Inductance 822 -- 20.6 The R-L Circuit: Transients 825 -- 20.7 Energy in the Magnetic Field 827 -- 21 AC and Electronics 841 -- Alternating Current 841 -- 21.1 AC and Resistance 844 -- 21.2 AC and Inductance 846 -- 21.3 AC and Capacitance 849 -- L-C-R AC Networks 851 -- 21.4 L-C-R Series Circuits 851 -- 21.5 The Transformer 859 -- 21.6 Domestic Circuits and Hazards 862 -- Electronics 864 -- 21.7".
catalog tableOfContents "The World of Color 934 -- 23.7 White, Black, and Gray 934 -- 23.8 Colors 935 -- 24 Geometrical Optics and Instruments 946 -- Lenses 946 -- 24.1 Aspherical Surfaces 947 -- 24.2 Spherical Thin Lenses 950 -- 24.3 Focal Points and Planes 953 -- 24.4 Extended Imagery: Lenses 955 -- 24.5 A Single Lens 959 -- 24.6 Thin-Lens Combinations 967 -- Mirrors 976 -- 24.7 Curved Mirrors 977 -- 25 Physical Optics 993 -- Polarization 993 -- 25.1 Natural Light 995 -- 25.2 Polarizers 997 -- 25.3 Polarizing Processes 1000 -- Interference 1005 -- 25.4 Young's Experiment 1006 -- 25.5 Thin-Film Interference 1011 -- 25.6 The Michelson Interferometer 1015 -- Diffraction 1017 -- 25.7 Single-Slit Diffraction 1020 -- 25.8 The Diffraction Grating 1023 -- 25.9 Circular Holes and Obstacles 1024.".
catalog tableOfContents "Thermal Properties of Matter 503 -- Temperature 503 -- 12.1 Thermodynamic Temperature & Absolute Zero 505 -- Thermal Expansion 509 -- 12.2 Linear Expansion 509 -- 12.3 Volumetric Expansion: Solids & Liquids 511 -- The Gas Laws 515 -- 12.4 The Laws of Boyle, Charles, & Gay-Lussac 515 -- 12.5 The Ideal Gas Law 518 -- 12.6 Phase Diagrams 520 -- 12.7 Kinetic Theory 522 -- 13 Heat & Thermal Energy 535 -- Thermal Energy 535 -- 13.1 Heat & Temperature 537 -- 13.2 Quantity of Heat 538 -- 13.3 The Mechanical Equivalent of Heat 539 -- 13.4 Specific Heat: Calorimetry 541 -- Change of State 545 -- 13.5 Melting & Freezing 545 -- 13.6 Vaporization 547 -- 13.7 Boiling 549 -- The Transfer of Thermal Energy 551 -- 13.8 Radiation 551 -- 13.9 Convection 554 -- 13.10 Conduction 555 -- 14 Thermodynamics 570 -- The First Law of Thermodynamics 571 -- 14.1".
catalog title "Physics : calculus / Eugene Hecht.".
catalog type "CD-ROMs. local".
catalog type "text".