| Alternating Current Circuits | ||||
| Introduction | radio set | Corbis | ||
| Applications of Newton's Laws | ||||
| Sample problem: airplane at constant velocity | climbing jet | Stock Trek | ||
| Sample problem: weight in an accelerating elevator | man in elevator | Kinetic Books photo | ||
| Capacitors | ||||
| Capacitors | various capacitors | Kinetic Books photo | ||
| Derivation: a capacitor's electric potential energy | parallel-plate capacitor | photo courtesy of Purdue University Department of Physics | ||
| Determining the capacitance of a cylindrical capacitor | Leyden jars | photo courtesy of Thomas B. Perera Ph.D., http://chss.montclair.edu/~pererat | ||
| Energy in capacitors | Mars rover on TV | photo courtesy of NASA | ||
| Interactive checkpoint: energy in a fuel-cell car | Honda FCX ultracapacitors | image courtesy of the Honda Corporation | ||
| Interactive checkpoint: engineering the fuel-cell car | Honda FCX cutaway diagram | image courtesy of the Honda Corporation | ||
| Interactive checkpoint: the fuel-cell car | Honda FCX cutaway diagram | image courtesy of the Honda Corporation | ||
| Introduction | Fermilab capacitor sculpture | photo courtesy of Fermilab | ||
| Physics at work: commercial capacitors | rolled foil capacitors | Kinetic Books photo | ||
| Physics in medicine: defibrillator | cardiac defibrillator | Burke/Triolo Productions/Brand X Pictures | ||
| Diffraction | ||||
| Diffraction | Poisson spot | photo courtesy of Brown University Department of Physics | ||
| Diffraction | straight-edge diffraction | Kinetic Books image | ||
| Diffraction by a circular aperture | diffraction pattern | Kinetic Books image | ||
| Diffraction gratings | iridescent CD | photo courtesy of Eric Halsey | ||
| Interactive checkpoint: calculating the intensity in single-slit diffraction | single-slit diffraction pattern | Kinetic Books image | ||
| Physics at work: x-ray diffraction | diffraction pattern of DNA molecule | Kinetic Books image | ||
| Resolving power | M100 galaxy | photo courtesy of NASA | ||
| Single-slit diffraction | single-slit diffraction patterns | Kinetic Books image | ||
| Single-slit diffraction: locating the minima | single-slit diffraction pattern | Kinetic Books image | ||
| Direct Current Circuits | ||||
| Discharging a capacitor in an RC circuit | electric metronome | photo courtesy of Eric Halsey | ||
| Electromotive force (emf, E) | batteries | Getty Images | ||
| Interactive checkpoint: return of the fuel cell car | Honda FCX ultracapacitors | images courtesy of the Honda Corporation | ||
| Sample problem: powering a laser | NIF capacitor bank | photo courtesy of the National Ignition Facility | ||
| Electric Charge and Coulomb's Law | ||||
| Conductors, insulators, and grounds | lightning rod | photo courtesy of Alan Stankevitz | ||
| Conductors, insulators, and grounds | lightning | Corbis | ||
| Conservation of charge | lightning | Jeremy Woodhouse/Getty Images | ||
| Creating charged objects | comb picking up paper dots | Kinetic Books photo | ||
| Electric charge | electrically charged hair | National Museum of Science and Technology/Fotosearch | ||
| Electrostatic force | Van de Graaff generator | Arthur S. Aubry/Photodisc | ||
| Electrostatic force | charged balloons | Kinetic Books video | ||
| Interactive group problem: minesweeper | minesweeper | USS California courtesy of the US Navy | ||
| Interactive summary problem: proton golf | proton golfers | James Robert/Digital Vision | ||
| Electric Current and Resistance | ||||
| Homework | Crookes Tube | photo courtesy of Michael W. Davidson at Florida State University | ||
| Interactive checkpoint: extension cord | extension cord | Corbis | ||
| Interactive checkpoint: running a dishwasher | dishwasher | photo courtesy of Eric Halsey | ||
| Ohm's law and resistance | resistors on a circuit board | Getty Images | ||
| Sample problem: power transmission | power transmission lines | photo courtesy of Eric Halsey | ||
| Sample problem: solar panels | Montara Elementary School | photo courtesy of the Rahus Institute | ||
| Electric Currents and Magnetic Fields | ||||
| Electric Fields | ||||
| Conductors in electrostatic equilibrium | charged sphere | Steve Allen/Brand X Pictures | ||
| Describing the force exerted by an external electric field | polluting smoke stacks | Steve Cole/Getty Images | ||
| Electric dipoles | water waves | Brand X Pictures | ||
| Electric fields | hammerhead shark | Corbis | ||
| Physics at work: spacecraft powered by electric fields | Deep Space 1 ion drive | photo courtesy of NASA | ||
| Electric Flux and Gauss' Law | ||||
| Flux | horses in pasture | photo courtesy of Eric Halsey | ||
| Homework | sunflowers | Corbis | ||
| Electric Potential | ||||
| A comparison of electric and gravitational fields | Jupiter and moons | photo courtesy of NASA | ||
| Electric potential difference | 12-volt automobile battery | Ingram Publishing | ||
| Electric potential difference | electrical receptacle | TRB Foto/Getty Images | ||
| Electric potential energy | Honda FCX automobile | photo courtesy of the Honda Corporation | ||
| Equipotential surfaces | USGS topographical map | map courtesy of USGS | ||
| Homework | Deep Space 1 ion drive | photo courtesy of NASA | ||
| Interactive checkpoint: lead acid cell | 12-volt automobile battery | Ingram Publishing | ||
| Electromagnetic Induction | ||||
| Calculating the inductance of a solenoid | solenoidal inductors | photo courtesy of Custom Transformers, www.custom-transformers.co.uk | ||
| Electric generators | hydroelectric generators | Photolink/Getty Images | ||
| Homework | electric transformer | photo courtesy of Eric Halsey | ||
| Homework | space tether | photo courtesy of NASA | ||
| Induction: a coil and a magnet | motional induction demonstration | photo courtesy of Alex Helman, UC Santa Cruz Department of Physics | ||
| Interactive problem: configuring a transformer | substation transformers | McDaniel Woolf/Getty Images | ||
| Physics and music: electric guitars | electric guitar pickups | Kirk Weddle/Getty Images | ||
| Physics at work: an "induction-powered" flashlight | Shakelight | photo courtesy of Shakelight, www.shakelight.com | ||
| Transformers | power transmission lines | photo courtesy of Eric Halsey | ||
| Electromagnetic Radiation | ||||
| Calculating the speed of light from fundamental constants | Hertz transmitter 1888 | photo courtesy of Eric Halsey | ||
| Creating electromagnetic waves: antennas | antenna farm, Phoenix, AZ | photo courtesy of Eric Halsey | ||
| Electromagnetic energy: the Poynting vector | English laurel | photo courtesy of Eric Halsey | ||
| Homework | fire truck | photo courtesy of Eric Halsey | ||
| Homework | microwaved carrot strip | photo courtesy of Eric Halsey | ||
| Homework | SMART-1 solar panels | photo courtesy of European Space Agency | ||
| Homework | Andromeda galaxy | Photodisc | ||
| Homework | clouds | Corbis | ||
| Intensity and energy density | Z Accelerator | Randy Montoya/Sandia National Laboratories | ||
| Intensity and energy density | sunbathers | Corbis | ||
| Interactive checkpoint: an illuminated manuscript | reading lamp | photo courtesy of Eric Halsey | ||
| Interactive checkpoint: carrier waves | USS Enterprise | photo courtesy of the US Navy | ||
| Introduction | electrodynamic radiation medley | photo courtesy of Eric Halsey | ||
| Optically active substances | plastic disks under stress | Photodisc | ||
| Physics at work: liquid crystal displays (LCDs) | digital clock | photo courtesy of Eric Halsey | ||
| Polarization | Polaroid sunglasses | photo courtesy of Eric Halsey | ||
| Radiation pressure | Hubble/Tarantula Nebula composite image | image background courtesy of NASA | ||
| Radiation pressure | sunlit paper | photo courtesy of Eric Halsey | ||
| Sample problem: gazing at the Sun | sungazer/Mars composite image | image background courtesy of NASA | ||
| Sample problem: quantifying radio waves | NYC skyline | Comstock | ||
| Scattering of light | Thunderbird F4's | Seattle Support Group, www.ssgrp.com | ||
| Scattering of light | Sun from space | Digital Vision | ||
| Scattering of light | noonday Sun | Photodisc | ||
| Scattering of light | sunset | Thinkstock | ||
| The electromagnetic spectrum | human head x-ray | Brand X Pictures | ||
| The electromagnetic spectrum | solar flares x-ray image | Photodisc | ||
| First Law of Thermodynamics, Gases and Engines | ||||
| Sample problem: Stirling engine and work | Stirling engine on coffee cup | photo courtesy of www.stirlingengine.com | ||
| Fluid Mechanics | ||||
| Fluid | river | Corbis | ||
| Fluid | glacier flow | Digital Vision | ||
| Fluid continuity | water spray from hose | Steve Cole/Getty Images | ||
| Homework | rooftop water tank | Corbis | ||
| Homework | Bernoulli flow demonstration (2) | photo courtesy of Eric Halsey | ||
| Ideal fluid flow | river rapids | Corbis | ||
| Interactive checkpoint: a 777 | 777 on the runway | Andrew Hunt/Airteam Images | ||
| Interactive checkpoint: astronaut training | NASA training tank | photo courtesy of NASA | ||
| Introduction | ice water | Digital Vision | ||
| Physics at work: Bernoulli effect and plumbing | roof vents | photo courtesy of Eric Halsey | ||
| Physics at work: measuring pressure | barometer | Photodisc | ||
| Physics at work: measuring pressure | sphygmomanometer | Corbis | ||
| Pressure | lynx | Corbis | ||
| Pressure | Earth from space | photo courtesy of NASA | ||
| Pressure and fluids | submarine | image courtesy of the US Department of Energy | ||
| Pressure and fluids | Styrofoam® cups | photo courtesy of Rikki Swenson | ||
| Sample problem: buoyancy of an iceberg | iceberg/sky/sea composite image | iceberg from Digital Vision | ||
| Sample problem: water flowing from a tap | tap water | photo courtesy of Eric Halsey | ||
| Streamline flow | streamlines |  | ||
| Surface tension | dewdrops on rose | Corbis | ||
| Surface tension | water strider | Creatas | ||
| Force and Newton's Laws | ||||
| Air resistance | sky surfer | Digital Vision | ||
| Force | weightlifter | Corbis | ||
| Free body diagrams | monkey on two ropes | Kinetic Books photo | ||
| Free body diagrams | Sara dragging a box | Kinetic Books photo | ||
| Friction | buffalo scratching | photo courtesy of Gary Leppart | ||
| Friction | Anna pushing a box | Kinetic Books photo | ||
| Friction | microscopic view of crystal | Siede Preis/Getty Images, Photolink | ||
| Gravitational force: weight | man on scale | Kinetic Books photo | ||
| Introduction | Sir Isaac Newton | image courtesy of the American Institute of Physics | ||
| Newton's first law/ Newton's second law/ Newton's third law | quotations from Newton's Principia | Isaac Newton, The Principia, Mathematical Principles of Natural Philosophy, A New Translation, by I. Bernard Cohen and Anne Whitman, © 1999, The Regents of the University of California | ||
| Normal force | alphabet block | SW Productions/Getty Images | ||
| Sample problem: a force at an angle | boy hitting tee-ball | photo courtesy of Greg Slader | ||
| Sample problem: moving down a frictionless plane | toy car on ramp | Kinetic Books photo | ||
| Sample problem: pushing a box horizontally | Anna pushing a box | Kinetic Books photo | ||
| Static friction | Anna pushing a box | Kinetic Books photo | ||
| Gravity and Orbits | ||||
| Interference | ||||
| Interference | peacock | Corbis | ||
| Introduction | interference pattern | Kinetic Books image | ||
| Introduction | water-wave interference | Kinetic Books image | ||
| Michelson interferometer | interferometer | Photo courtesy of Carnegie Mellon University Department of Physics | ||
| Sample problem: antireflective coating | ordinary and antireflective glass | photo courtesy of Eric Halsey | ||
| Thin-film equations | bubble wand with film | photo courtesy of Eric Halsey | ||
| Thin-film equations | gasoline slick | Corbis | ||
| Thin-film interference | bubbles | Corbis | ||
| Thin-film interference: air wedge | Morpho butterfly | Corbis | ||
| Thin-film interference: air wedge | glass slides with air wedge | photo courtesy of Eric Halsey | ||
| Kinetic Theory of Gases | ||||
| Avogadro's number and moles | diamond | Corbis | ||
| Boyle's and Charles' gas laws | Robert Boyle | image courtesy of the American Institute of Physics | ||
| Boyle's and Charles' gas laws | Jacques Charles | Kinetic Books image | ||
| Homework | scuba diver | Getty Images | ||
| Homework | Mars | photo courtesy of NASA | ||
| Sample problem: mean free path of nitrogen atmosphere | umbrella on beach | Image 100 | ||
| Sample problem: tank of air | Spare Air tank | photo courtesy of Submersible Systems, Inc., www.spareair.com | ||
| Sample problem: time between collisions | utility pole in desert | Bryan Mullennix/Getty Images | ||
| Lenses | ||||
| Angular size | Space Needle and thumb | photo courtesy of Eric Halsey | ||
| Lens aberrations | spherical aberration | Kinetic Books image | ||
| Lens aberrations | overexposed windows | photo courtesy of Rebecca Wilcox | ||
| Lens equations | microscope objective lenses | photo courtesy of Eric Halsey | ||
| Lenses | eyeglasses | Janis Christie/Photodisc | ||
| Refractive power: diopters | off-the-shelf reading glasses | photo courtesy of Eric Halsey | ||
| Refractive power: diopters | eyeglasses | Photodisc | ||
| Telescopes | telescope | Brand X Pictures | ||
| The magnifying power of a compound microscope | microscope eyepieces | photo courtesy of Eric Halsey | ||
| The magnifying power of a compound microscope | compound microscope | photo courtesy of Eric Halsey | ||
| Magnetic Fields | ||||
| Helical particle motion in magnetic fields | Aurora Borealis | Jim Reed/Digital Vision | ||
| Magnet fundamentals | horseshoe magnet | Erin Hogan/Getty Images | ||
| Magnetic fields | magnets with iron filings | Kinetic Books photos | ||
| Magnetic fields and charged particles | TV tube | Image Ideas | ||
| Physics at work: compasses and the Earth | compass on map | photo courtesy of Eric Halsey | ||
| Physics at work: compasses and the Earth | dip needle | photo courtesy of The Bakken Museum, Minneapolis, MN. | ||
| Physics at work: direct current electric motor | electric motor demonstration | Kinetic Books video | ||
| Physics at work: lodestones | lodestone | photo courtesy of Kevin Burgart, Curiogrove.com | ||
| Measurement and Mathematics | ||||
| Converting units | speedometer dial | Steve Allen/Brand X Pictures | ||
| Converting units | nutrition label | Kinetic Books photo | ||
| Interactive checkpoint: conversions | Texan farm | Photodisc | ||
| Introduction | gauges | Andy Sotiriou/Getty Images | ||
| Length | rhinoceros | Corbis | ||
| Mass | vintage automobile | Corbis | ||
| Mass | hand holding 1 gram | Kinetic Books photo | ||
| Prefixes | nine-centimeter apple | Rainbow Images | ||
| Standards and constants | atomic clock | Rainbow Images | ||
| Standards and constants | torsion balance | photo courtesy of Jens H. Gundlach, University of Washington | ||
| Time | atomic clock | Rainbow Images | ||
| Momentum | ||||
| Center of mass and motion | grand jeté | video courtesy of Ballet North, http://www.balletnorth.com | ||
| Collisions | pool table interactions | Kinetic Books images | ||
| Collisions | football players | Corbis | ||
| Conservation of momentum | pool table interactions | Kinetic Books images | ||
| Impulse | human cannonball | Amazing Moves | ||
| Impulse | long jumper | Ryan McVay/Getty Images | ||
| Inelastic collisions | football tackle | Corbis | ||
| Momentum and Newton's second law | blurred car | Sami Sarkis/Getty Images | ||
| Physics at play: clicky-clack balls | Newton's cradle | Kinetic Books photos | ||
| Motion in One Dimension | ||||
| Acceleration | accelerating automobile | Photodisc | ||
| Free-fall acceleration | egg splat | Kinetic Books images | ||
| Free-fall acceleration | Apollo 15 on the Moon | video courtesy of NASA | ||
| Motion in Two and Three Dimensions | ||||
| Interactive checkpoint: acceleration in two dimensions | footrace | Corbis | ||
| Nuclear Physics | ||||
| Introduction | nuclear power plant | Corbis | ||
| Rutherford’s discovery of the nucleus | carbon sample (coal) | photo courtesy of Rich Louie | ||
| Oscillations and Harmonic Motion | ||||
| Amplitude of forced oscillations | wine glass shattering | photo courtesy of Memorex | ||
| Forced oscillations and resonance | Tacoma Narrows Bridge disaster | "Galloping Gertie" courtesy of The Camera Shop, www.camerashoptacoma.com | ||
| Period, spring constant, and mass | astronaut in harmonic chair | photo courtesy of NASA | ||
| Quantum Physics Part One | ||||
| Balmer series | neon VACANCY sign | Getty Images | ||
| Energy levels, photons, and spectral lines | aerial fireworks display | Getty Images | ||
| Interactive checkpoint: a Nd:YAG laser | welding with a Nd:YAG industrial laser | Getty Images | ||
| Laser pumping and stimulated emission | fluorescent mineral samples (3) | photos courtesy of Robert Dunne, SSN773.com | ||
| Lasers | laser emitting coherent red light | Getty Images | ||
| Physics at work: MOSFET transistor | first transistor at Bell Labs | Getty Images | ||
| Physics at work: operating a laser | laboratory laser | Getty Images | ||
| Physics at work: photovoltaic cells | bank of solar cells | Getty Images | ||
| Planck and blackbody radiation | casting molten metal | Getty Images | ||
| Quantum | penny, quantum of money | Getty Images | ||
| Quantum | egg, quantized commodity | Getty Images | ||
| Quantum Physics Part Two | ||||
| Derivation: the Compton effect equation | Arthur Compton | Moffett Studios, courtesy AIP Emilio Segre Visual Archives | ||
| Heisenberg uncertainty principle | Werner Heisenberg | AIP Emilio Segre Visual Archives, Segre Collection | ||
| Observing matter waves | Clinton Davisson and Lester Germer | Lucent Technologies’ Bell Laboratories, courtesy AIP Emilio Segre Visual Archives | ||
| Observing matter waves | TEM image of viruses | Fred Murphy, Sylvia Whitfield, Centers for Disease Control and Prevention | ||
| Observing matter waves | woman using electron microscope | James Gathany, Centers for Disease Control and Prevention | ||
| The Schrödinger equation | Erwin Schrödinger | Photo by Francis Simon, courtesy AIP Emilio Segre Visual Archives | ||
| Reflection | ||||
| Light and reflection | woman and mirror image | Photodisc | ||
| Light and reflection | the Moon | photo courtesy of NASA | ||
| Parabolic mirrors | Keck telescope | photo courtesy of the Keck Observatory | ||
| Parabolic mirrors | radio telescope dish | Corbis | ||
| Spherical mirrors | concave makeup mirror | photo courtesy of Eric Halsey | ||
| Spherical mirrors | convex safety mirror, Amalfi Coast Highway | photo courtesy of Eric Halsey | ||
| The law of reflection | diffuse ornament | Corbis | ||
| The law of reflection | specular ornament | Brand X Pictures | ||
| Virtual and real images | kitten and mirror | photo courtesy of Eric Halsey | ||
| Virtual and real images | penguin and reflection | Photodisc | ||
| Virtual and real images | real image illusion | Kinetic Books video | ||
| Refraction | ||||
| Dispersion and prisms | rainbow | Robert Glusic/Getty Images | ||
| Everyday effects of refraction | fisheye lens photograph | Bob Casey/Getty Images | ||
| Index of refraction | refraction of laser beam | photo courtesy of University of Iowa Department of Physics and Astronomy | ||
| Refraction | waves approach beach | Brand X Pictures | ||
| Refraction | refraction of laser beam | photo courtesy of University of Iowa Department of Physics and Astronomy | ||
| Total internal reflection | binoculars | photo courtesy of Eric Halsey | ||
| Total internal reflection | sapphire | Comstock Images | ||
| Rotational Dynamics | ||||
| Conservation of angular momentum | twirling skater | video and stills courtesy of Nikki Craker | ||
| Physics at work: flywheels | experimental flywheel apparatus | photo courtesy of NASA | ||
| Rolling objects and kinetic energy | US quarter-dollar coin | Kinetic Books photo | ||
| Rotational Kinematics | ||||
| Angular velocity | motorcycle stunt | Amazing Moves | ||
| Homework | Crab Nebula | Photo courtesy of Jeff Hester & Paul Scowen, Arizona State University, and NASA | ||
| Interactive checkpoint: a marching band | marching band | Children's Marching Band at Karl Johansgate/Corbis | ||
| Interactive checkpoint: a potter's wheel | pottery wheel | Mel Curtis/Getty Images | ||
| Interactive checkpoint: roulette | roulette wheel | Photodisc | ||
| Sample problem: a carousel | carousel | Marty Honiq/Getty Images | ||
| Sample problem: a clock | clock face | Digital Vision | ||
| Sample problem: calculus and angular acceleration | windmill | Brand X Pictures | ||
| Vectors and angular motion | death-defying motorcyclist | Amazing Moves | ||
| Second Law of Thermodynamics, Efficiency, and Entropy | ||||
| Boltzmann's entropy equation | Ludwig Boltzmann headstone, Zentralfriedhof, Vienna | photo courtesy of Rebecca Wilcox | ||
| Boltzmann's entropy equation | text quotation | David L. Goodstein, States of Matter, Dover Publications, 1985 | ||
| Interactive checkpoint: ice cube entropy | melting ice | photo courtesy of Eric Halsey | ||
| Otto cycle: internal combustion engine | internal combustion engine | Photodisc | ||
| Otto cycle: internal combustion engine | gasoline pump | photo courtesy of Eric Halsey | ||
| Otto cycle: internal combustion engine | stretch limo | Thinkstock | ||
| Reversible and irreversible processes | egg splat | Kinetic Books photo | ||
| Sound | ||||
| Homework | SFX: Stuka dive bomber | Sound Dogs | ||
| Interactive checkpoint: coffee grinder sound level | coffee grinder | Corbis | ||
| Interactive checkpoint: speed of sound | railroad tracks | Corbis | ||
| Supersonic speed and shock waves | boat wake | Corbis | ||
| Sources of Magnetism | ||||
| Ferromagnetism | amorphous ferromagnet (color) | photo courtesy of the National Institute of Standards and Technology | ||
| Ferromagnetism | magnetic domains (inset) | photo courtesy of the Center for Nondestructive Testing, Iowa State University | ||
| Introduction | industrial electromagnet | Digital Vision | ||
| Static Equilibrium and Elasticity | ||||
| Homework | gymnast in equilibrium | Getty Images | ||
| Interactive checkpoint: wine holder | wine bottle holder | photo courtesy of Rebecca Wilcox | ||
| Introduction | tightrope walker | Corel | ||
| Volume stress | Styrofoam® cups | photo courtesy of Rikki Swenson | ||
| Temperature and Heat | ||||
| Absolute zero | low temperature research | photo courtesy of Georgia Tech: Gary Meek | ||
| Interactive checkpoint: a radiator | truck radiator | Getty Images | ||
| Interactive checkpoint: vaporizing mercury | mercury sample | Getty Images | ||
| Introduction | kitchen appliances | Photodisc | ||
| Latent heat | glass with ice water | Kinetic Books photo | ||
| Phase changes | glass with ice water | Kinetic Books photo | ||
| Radiation | infrared horse | photo courtesy of Dr. James K. Waldsmith | ||
| Sample problem: watching ice melt | glass with ice water | Kinetic Books photo | ||
| Thermal expansion | bridge expansion joints | photo courtesy of Jeffrey Carlyle | ||
| Thermal expansion | jar under running water | Kinetic Books photo | ||
| Uniform Circular Motion | ||||
| Homework | carnival swing ride | Corbis | ||
| Interactive checkpoint: maximum loop-the-loop radius | toy roller coaster | Kinetic Books images | ||
| Loop-the-loop | toy roller coaster | Kinetic Books images | ||
| Newton's second law and centripetal forces | motorcycle stunt | Amazing Moves | ||
| Sample problem: banked curves | racing car | Kinetic Books photo | ||
| Vectors | ||||
| Interactive checkpoint: a jogger | jogger | Digital Vision | ||
| Scalars | dozen eggs, thermometer | Kinetic Books photos | ||
| Vectors | spelunker | Richard Zopf/Cave Research Foundation | ||
| Wave Motion | ||||
| Mechanical waves | breaking wave | Rocketclips Video | ||
| Transverse and longitudinal waves | breaking wave | Rocketclips Video | ||
| Wave Superposition and Interference | ||||
| Fourier analysis | trombone | Photodisc | ||
| Fourier analysis | clarinet | Photodisc | ||
| Harmonics | guitar tuning pegs | David Muscroft/Superstock | ||
| Introduction | overlapping ripples | Corbis | ||
| Work, Energy and Power | ||||
| Energy | arrow shot | Kinetic Books video | ||
| Interactive checkpoint: an elevator | elevator | Kinetic Books photo | ||
| Kinetic energy | arrow shot | Kinetic Books video | ||
| Power | tugboat and log boom | Photodisc | ||
| Sample problem: conservation of energy | jumping on a trampoline | Kinetic Books video | ||
| Sample problem: potential energy and Niagara Falls | Niagara Falls | Robert Glusic/Getty Images | ||
| Sample problem: work-kinetic energy theorem | bobsled team | Corel Images | ||
