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Conceptual physics:

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Bibliographic Details
Main Author:	Hewitt, Paul G. 1931- (Author)
Format:	Book
Language:	English
Published:	Boston, Mass. [u.a.] Pearson 2015
Edition:	12. ed., global ed.
Series:	Always learning
Subjects:	Physik Experimentalphysik Lehrbuch
Online Access:	Inhaltsverzeichnis Inhaltsverzeichnis
Item Description:	Includes index
Physical Description:	814 S. Ill., graph. Darst.
ISBN:	1292057130 9781292057132

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adam_text	CONTENTS IN BRIEF TO THE STUDENT 20 TO THE INSTRUCTOR 21 1 ABOUT SCIENCE 28 PART ONE MECHANICS 45 2 NEWTONS FIRST LAW OF MOTIONINERTIA 46 3 LINEAR MOTION 65 4 NEWTONS SECOND LAW OF MOTION 83 5 NEWTONS THIRD LAW OF MOTION 100 6 MOMENTUM 116 7 ENERGY 135 8 ROTATIONAL MOTION 158 9 GRAVITY 186 10 PROJECTILE AND SATELLITE MOTION 208 PART TWO PROPERTIES OF MATTER 233 11 THE ATOMIC NATURE OF MATTER 234 12 SOLIDS 252 13 LIQUIDS ,270 14 GASES 290 PART THREE HEAT 309 15 TEMPERATURE, HEAT, AND EXPANSION 310 16 HEAT TRANSFER 328 17 CHANGE OF PHASE 346 18 THERMODYNAMICS 362 PART FOUR SOUND 381 19 VIBRATIONS AND WAVES 382 20 SOUND 400 21 MUSICAL SOUNDS 417 PART FIVE ELECTRICITY AND MAGNETISM 431 22 ELECTROSTATICS 432 23 ELECTRIC CURRENT 456 24 MAGNETISM 478 25 ELECTROMAGNETIC INDUCTION 495 PART SIX LIGHT 511 26 PROPERTIES OF LIGHT 512 27 COLOR 530 28 REFLECTION AND REFRACTION 545 29 LIGHT WAVES 570 30 LIGHT EMISSION 588 31 LIGHT QUANTA 608 PART SEVEN ATOMIC AND NUCLEAR PHYSICS 627 32 THE ATOM AND THE QUANTUM 628 33 THE ATOMIC NUCLEUS AND RADIOACTIVITY 641 34 NUCLEAR FISSION AND FUSION 663 PART EIGHT RELATIVITY 683 35 SPECIAL THEORY OF RELATIVITY 684 36 GENERAL THEORY OF RELATIVITY 712 APPENDIX A ON MEASUREMENT AND UNIT CONVERSIONS 729 APPENDIX B MORE ABOUT MOTION 735 APPENDIX C GRAPHING 739 APPENDIX D VECTOR APPLICATIONS 742 APPENDIX E EXPONENTIAL GROWTH AND DOUBLING TIME 745 ODD-NUMBERED ANSWERS 749 GLOSSARY 783 CREDITS 801 INDEX 805 10 CONCEPTUAL PHYSICS PHOTO ALBUM 18 TO THE STUDENT 20 TO THE INSTRUCTOR 21 ACKNOWLEDGMENTS 25 1 ABOUT SCIENCE 28 1.1 SCIENTIFIC MEASUREMENTS 29 HOW ERATOSTHENES MEASURED THE SIZE OF EARTH 29 SIZE OF THE MOON 30 DISTANCE TO THE MOON 31 DISTANCE TO THE SUN 32 SIZE OF THE SUN 33 MATHEMATICSTHE LANGUAGE OF SCIENCE 34 1.2 SCIENTIFIC METHODS 34 THE SCIENTIFIC ATTITUDE 34 1.3 SCIENCE, ART, AND RELIGION 38 PSEUDOSCIENCE 39 1.4 SCIENCE AND TECHNOLOGY 40 * RISK ASSESSMENT 40 1.5 PHYSICSTHE BASIC SCIENCE 41 1.6 IN PERSPECTIVE 42 PART ONE MECHANICS 45 2 NEWTONS FIRST LAW OF MOTIONINERTIA 46 2.1 ARISTOTLE ON MOTION 47 COPERNICUS AND THE MOVING EARTH 48 ARISTOTLE (384-322 BC) 49 2.2 GALILEOS EXPERIMENTS 49 LEANING TOWER 49 LNCLINED PLANES 49 WI GALILEO GALILEI (1564-1642) 50 2.3 NEWTONS FIRST LAW OF MOTION 52 * PERSONAL ESSAY 53 2.4 NET FORCE AND VECTORS 54 FORCE VECTORS 55 2.5 THE EQUILIBRIUM RULE 56 M PRACTICING PHYSICS 57 2.6 SUPPORT FORCE 58 2.7 EQUILIBRIUM OF MOVING TILINGS 58 2.8 THE MOVING EARTH 59 3 LINEAR MOTION 65 3.1 MOTION IS RELATIVE 66 3.2 SPEED 67 INSTANTANEOUS SPEED 67 AVERAGE SPEED 67 3.3 VELOCITY 68 CONSTANT VELOCITY 69 CHANGING VELOCITY 69 3.4 ACCELERATION 69 ACCELERATION ON GALILEO S INCLINED PLANES 71 3.5 FREE FALL 72 HOW FAST 72 HOW FAR 74 * HANG TIME 76 HOW QIUCKLY HOU FAST CHANGES 76 3.6 VELOCITY VECTORS 77 4 NEWTONS SECOND LAW OF MOTION 83 4.1 FORCE CAUSES ACCELERATION 84 4.2 FRICTION 85 4.3 MASS AND WEIGHT 87 MASS RESISTS ACCELERATION 89 4.4 NEWTONS SECOND LAW OF MOTION 89 4.5 WHEN ACCELERATION IS G FREE FALL 90 4.6 WHEN ACCELERATION IS LESS THAN G NONFREE FALL 91 5 NEWTONS THIRD LAW OF MOTION 100 5.1 FORCES AND INTERACTIONS 101 5.2 NEWTONS THIRD LAW OF MOTION 102 DEFINING YOUR SYSTEM 103 11 12 CONTENTS 5.3 ACTION AND REACTION ON DIFFERENT MASSES 105 * PRACTICING PHYSICS: TUG-OF-WAF . 107 5.4 VECTORS AND THE THIRD LAW 108 5.5 SUMMARY OF NEWTONS THREE LAWS 111 6 MOMENTUM 116 6.1 MOMENTUM 117 6.2 IMPULSE 118 6.3 IMPULSE CHANGES MOMENTUM 119 CASE 1: INCREASING MOMENTUM 119 CASE 2: DECREASING MOMENTUM OVER A LONG TIME 120 CASE 3: DECREASING MOMENTUM OVER A SHORT TIME 120 6.4 BOUNCING 122 6.5 CONSERVATION OF MOMENTUM 123 CONSERVATION LAWS 124 6.6 COLLISIONS 125 6.7 MORE COMPLICATED COLLISIONS 128 7 ENERGY 135 7.1 WORK 136 POWER 138 MECHANICAL ENERGY 139 7.2 POTENTIAL ENERGY 139 7.3 KINETIC ENERGY , 140 7.4 WORKENERGY THEOREM 141 7.5 CONSERVATION OF ENERGY 143 ENERGY AND TECHNOLOGY 144 * CIRCUS PHYSICS 145 RECYCLED ENERGY 145 7.6 MACHINES 146 7.7 EFFICIENCY 147 7.8 SOURCES OF ENERGY 149 * JUNK SCIENCE 151 8 ROTATIONAL MOTION 158 8.1 CIRCULAR MOTION 159 * WHEELS ON RAILROAD TRAINS 161 8.2 ROTATIONAL INERTIA 162 8.3 TORQUE 165 8.4 CENTER OF MASS AND CENTER OF GRAVITY 166 LOCATING THE CENTER OF GRAVITY 168 STABILITY 169 8.5 CENTRIPETAL FORCE * PRACTICING PHYSICS: WATER-BUCKET SWING 8.6 CENTRIFUGAL FORCE CENTRIFUGAL FORCE IN A ROTATIJTG REFEROTCE FRAME SIMULATED GRAVITY 8.7 ANGULAR MOMENTUM 8.8 CONSERVATION OF ANGULAR MOMENTUM 9 GRAVITY 171 172 173 173 174 176 177 186 9.1 THE UNIVERSAL LAW OF GRAVITY 187 9.2 THE UNIVERSAL GRAVITATIONAL CONSTANT, G 189 9.3 GRAVITY AND DISTANCE: THE INVERSE-SQUARE LAW 190 9.4 WEIGHT AND WEIGHTLESSNESS 192 9.5 OCEAN TIDES 193 TIDES IN THE EARTH AND ATMOSPHERE 196 TIDAL BULGES ON THE MOON 196 9.6 GRAVITATIONAL FIELDS 196 GRAVITATIONAL FIELD INSIDE A PLANET 197 EINSTEINS THEORY OF GRAVITATION 199 9.7 BLACK HOLES 200 9.8 UNIVERSAL GRAVITATION 201 10 PROJECTILE AND SATELLITE MOTION 208 10.1 PROJECTILE MOTION 209 PROJECTILES LAUNCHED HORIZONTALLY 210 PROJECTILES LAUNCHED AT AN ANGLE 212 PRACTICING PHYSICS: HANDS-ON DANGLING BEADS 213 * HANG TIME REVISITED 216 10.2 FAST-MOVING PROJECTILES * SATELLITES 216 10.3 CIRCULAR SATELLITE ORBITS 218 10.4 ELLIPTICAL ORBITS 220 * WORLD MONITORING BY SATELLITE 221 10.5 KEPLERS LAWS OF PLANETARY MOTION 222 FINDING YOUR WAY 223 10.6 ENERGY CONSERVATION AND SATELLITE MOTION 223 10.7 ESCAPE SPEED 224 CONTENTS 13 PART TWO 14 GASES 290 PROPERTIES OF MATTER 233 14.1 THE ATMOSPHERE 291 14.2 ATMOSPHERIC PRESSURE 292 11 INE ATOMIC NATURE OR MATTER 234 TINE BAROMETER 294 11.1 THE ATOMIC HYPOTHESIS 235 14.3 BOYLES LAW 296 FALLING ALICE 236 14.4 BUOYANCY OF AIR 297 11.2 CHARACTERISTICS OF ATOMS 236 14.5 BERNOULLIS PRINCIPLE 298 11.3 ATOMIC IMAGERY 238 APPLICATIONS OF BERNOULLIS PRINCIPLE 300 11.4 ATOMIC STRUCTURE 239 * PRACTICING PHYSICS 301 THE ELEMENTS 240 14.6 PLASMA 302 11.5 THE PERIODIC TABLE OF THE ELEMENTS 241 PLASMA IN THE EVERYDAY WORLD 302 RELATIVE SIZES OF ATOMS 241 PLASMA POWER 303 11.6 ISOTOPES 244 PART THREE 11.7 COMPOUNDS AND MIXTURES 245 HEAT 309 11.8 MOLECULES 246 11.9 ANTIMATTER 247 DARK MATTER 248 15 TEMPERATURE, HEAT, AND EXPANSION 310 12 SOLIDS 252 15.1 TEMPERATURE 311 12.1 CRYSTAL STRUCTURE 253 15.2 HEAT 313 * CRYSTAL POWER 255 MEASURING HEAT 315 12.2 DENSITY 255 15.3 SPECIFIC HEAT CAPACITY 315 12.3 ELASTICITY 256 15.4 THE HIGH SPECIFIC HEAT 12.4 TENSION AND COMPRESSION 258 CAPACITY OF WATER 316 * PRACTICING PHYSICS: 15.5 THERMAL EXPANSION 317 STICK STRENGTH 259 EXPANSION OF WATER 319 12.5 ARCHES 260 M LIFE AT THE EXTREMES 321 * ADDITIVE MANUFACTURING OR 3-D PRINTING 261 16 HEAT TRANSFER 328 12.6 SCALING 262 16.1 CONDUCTION 329 13 LIQUIDS 270 16.2 CONVECTION 330 * PRACTICING PHYSICS 333 13.1 PRESSURE 271 16.3 RADIATION 333 13.2 PRESSURE IN A LIQUID 272 EMISSION OF RADIANT ENERGY 334 13.3 BUOYANCY 275 ABSORPTION OF RADIANT ENERGY 335 13.4 ARCHIMEDES* PRINCIPLE 276 REFLECTION OF RADIANT ENERGY 336 13.5 WHAT MAKES AN OBJECT SINK OR FLOAT? 277 COOLING AT NIGHT BY RADIATION 336 13.6 FLOTATION 279 16.4 NEWTONS LAW OF COOLING 337 FLOATING MOUNTAINS 280 16.5 THE GREENHOUSE EFFECT 338 13.7 PASCALS PRINCIPLE 281 16.6 CLIMATE CHANGE 339 13.8 SURFACE TENSION 283 16.7 SOLAR POWER 340 13.9 CAPILLARITY 284 PRACTICING PHYSICS 341 16.8 CONTROLLING HEAT TRANSFER 341 14 CONTENTS 17 CHANGE OF PHASE 346 17.1 PHASES OF MATTER 347 17.2 EVAPORATION 347 17.3 CONDENSATION 349 CONDENSATION IN THE ATMOSPHERE 350 FOG AND CLOUDS 351 17.4 BOILING 351 GEYSERS 352 BOILING IS A COOLING PROCESS 352 BOILING AND FREEZING AT THE SAME TIME 353 17.5 MELTING AND FREEZING 353 REGELATION 354 17.6 ENERGY AND CHANGES OF PHASE 354 PRACTICING PHYSICS 358 18 THERMODYNAMICS 362 18.1 THERMODYNAMICS 363 18.2 ABSOLUTE ZERO 363 INTERNAL ENERGY 365 18.3 FIRST LAW OF THERMODYNAMICS 365 18.4 ADIABATIC PROCESSES 367 18.5 METEOROLOGY AND THE FIRST LAW 367 18.6 SECOND LAW OF THERMODYNAMICS 370 HEAT ENGINES 370 M THERMODYNAMICS DRAMATIZED! 372 18.7 ENERGY TENDS TO DISPERSE 373 1 18.8 ENTROPY 375 PART FOUR SOUND 381 19 VIBRATIONS AND WAVES 382 19.1 GOOD VIBRATIONS 383 VIBRATION OF A PENDULUM 384 19.2 WAVE DESCRIPTION 384 19.3 WAVE MOTION 386 * PRACTICING PHYSICS 387 TRANSVERSE WAVES 387 LONGITUDINAL WAVES 387 19.4 WAVE SPEED 388 19.5 WAVE INTERFERENCE 389 STANDING WAVES 390 19.6 DOPPLER EFFECT 391 19.7 BOW WAVES 393 19.8 SHOCK WAVES 393 20 SOUND 400 20.1 NATURE OF SOUND 401 ORIGIN OF SOUND 401 MEDIA TLOAT TRANSMIT SOUND 402 20.2 SOUND IN AIR 402 * LOUDSPEAKER 404 SPEED OF SOUND IN AIR 4 04 * PRACTICING PHYSICS 405 ENERGY IN SOUND WAVES 405 20.3 REFLECTION OF SOUND 405 20.4 REFRACTION OF SOUND 406 20.5 FORCED VIBRATIONS 408 NATURAL FREQUENCY 408 20.6 RESONANCE 408 20.7 INTERFERENCE 410 20.8 BEATS 411 * RADIO BROADCASTS 412 21 MUSICAL SOUNDS 417 21.1 NOISE AND MUSIC 418 21.2 PITCH 419 21.3 SOUND INTENSITY AND LOUDNESS 420 21 .4 QUALITY 421 21.5 MUSICAL INSTRUMENTS 422 21.6 FOURIER ANALYSIS 423 21.7 FROM ANALOG TO DIGITAL 425 PART FIVE ELECTRICITY AND MAGNETISM 431 22 ELECTROSTATICS 432 22.1 ELECTRICITY 433 ELECTRICAL FORCES 434 22.2 ELECTRIC CHARGES 434 22.3 CONSERVATION OF CHARGE 435 * ELECTRONICS TECHNOLOGY AND SPARKS 436 22.4 COULOMBS LAW 437 22.5 CONDUCTORS AND INSULATORS 438 SEMICONDUCTORS 438 SUPERCONDUCTORS 439 22.6 CHARGING 439 CHARGING BY FRICTION AND CONTACT 439 CHARGING BY INDUCTION 440 CONTENTS 15 22.7 CHARGE POLARIZATION 442 22.8 ELECTRIC FIELD 443 MICROWAVE OVEN 444 ELECTRIC SHIELDING 445 22.9 ELECTRIC POTENTIAL 447 ELECTRIC ENERGY STORAGE 449 VAN DE GRAAFF GENERATOR 450 23 ELECTRIC CURRENT 456 23.1 FLOW OF CHARGE AND ELECTRIC CURRENT 457 23.2 VOLTAGE SOURCES 458 23.3 ELECTRICAL RESISTANCE 459 23.4 OHMS LAW 460 OHM S LAW AND ELECTRIC SHOCK 461 23.5 DIRECT CURRENT AND ALTERNATING CURRENT 463 CONVERTING AC TO DC 463 23.6 SPEED AND SOURCE OF ELECTRONS IN A CIRCUIT 464 23.7 ELECTRIC POWER 466 23.8 LAMPS 467 23.9 ELECTRIC CIRCUITS 467 SERIES CIRCUITS 468 FUEL CELLS 468 PARALLEL CIRCUITS 469 PARALLEL CIRCUITS AND OVERLOADING 471 SAFETY FUSES 471 24 MA GNETISM 478 24.1 MAGNETISM 479 24.2 MAGNETIC POLES 480 24.3 MAGNETIC FIELDS 481 24.4 MAGNETIC DOMAINS 482 24.5 ELECTRIC CURRENTS AND MAGNETIC FIELDS 484 * PRACTICING PHYSICS 484 24.6 ELECTROMAGNETS 485 SUPERCONDUCTING ELECTROMAGNETS 485 24.7 MAGNETIC FORCES 486 ON MOVING CHARGED PARTICLES 486 ON CURRENT-CARRYING WIRES 486 ELECTRIC METERS 487 ELECTRIC MOTORS 488 24.8 EARTHS MAGNETIC FIELD 488 COSMIC RAYS 490 24.9 BIOMAGNETISM 491 MRI: MAGNETIC RESONANCE IMAGING 491 25 ELECTROMAGNETIC INDUCTION 495 25.1 ELECTROMAGNETIC INDUCTION 496 25.2 FARADAYS LAW 498 25.3 GENERATORS AND ALTERNATING CURRENT 499 25.4 POWER PRODUCTION 500 TURBOGENERATOR POWER 500 MHD POWER 501 25.5 TRANSFORMERS 501 25.6 SELF-INDUCTION 504 25.7 POWER T RANSMISSION 505 25.8 FIELD INDUCTION 505 PART SIX LIGHT 511 26 PROPERTIES OF LIGHT 512 26.1 ELECTROMAGNETIC WAVES 514 26.2 ELECTROMAGNETIC WAVE VELOCITY 514 26.3 THE ELECTROMAGNETIC SPECTRUM 515 FRACTAL ANTENNAS 516 26.4 TRANSPARENT MATERIALS 517 26.5 OPAQUE MATERIALS 519 SHADOWS 520 26.6 SEEING LIGHTTHE EYE 522 27 COLOR 530 27.1 COLOR IN OUR WORLD 531 27.2 SELECTIVE REFLECTION 531 27.3 SELECTIVE TRANSMISSION 533 27.4 MIXING COLORED LIGHTS 533 PRIMARY COLORS 534 COMPLEMENTARY COLORS 535 27.5 MIXING COLORED PIGMENTS 535 27.6 WHY THE SKY IS BLUE 537 27.7 WHY SUNSETS ARE RED 538 PRACTICING PHYSICS 539 27.8 WHY CLOUDS ARE WHITE 540 27.9 WHY WATER IS GREENISH BLUE 540 28 REFLECTION AND REFRACTION 545 28.1 REFLECTION 546 PRINCIPLE OF LEAST TIME 546 28.2 LAW OF REFLECTION 547 PLANE MIRRORS 548 DIFFUSE REFLECTIOTT 549 16 CONTENTS 28.3 REFRACTION 550 INDEX OF REFRACTION 552 MIRAGE 552 28.4 CAUSE OF REFRACTION 553 28.5 DISPERSION AND RAINBOWS 555 28.6 TOTAL INTERNAL REFLECTION 557 28.7 LENSES 559 IMAGE FORMATION BY A LENS 560 * PRACTICING PHYSICS 561 28.8 LENS DEFECTS 563 29 LIG BT WAVES 570 29.1 HUYGENS* PRINCIPLE 571 29.2 DIFFRACTION 573 29.3 SUPERPOSITION AND INTERFERENCE 575 29.4 THIN-FILM INTERFERENCE 578 SINGLE-COLOR THIN-FILM INTERFERENCE 578 INTERFERENCE COLORS 579 M PRACTICING PHYSICS 580 29.5 POLARIZATION 581 THREE-DIMENSIONAL VIEWING 583 29.6 HOLOGRAPHY 585 30 LIGHT EMISSION 588 30.1 LIGHT EMISSION 589 30.2 EXCITATION 590 30.3 EMISSION SPECTRA 592 30.4 INCANDESCENCE 593 30.5 ABSORPTION SPECTRA 595 30.6 FLUORESCENCE 596 30.7 PHOSPHORESCENCE 597 30.8 LAMPS 598 INCANDESCENT LAMP 598 FLUORESCENT LAMP 598 COMPACT FLUORESCENT LAMP 599 LIGHT-EMITTING DIODE 599 30.9 LASERS 600 31 LIGHT QUANTA 608 31.1 BIRTH OF THE QUANTUM THEORY 609 31.2 QUANTIZATION AND PLANCKS CONSTANT 610 31.3 PHOTOELECTRIC EFFECT 611 31.4 WAVE-PARTICLE DUALITY 614 31.5 DOUBLE-SLIT EXPERIMENT 614 31.6 PARTICLES AS WAVES: ELECTRON DIFFRACTION 616 31.7 UNCERTAINTY PRINCIPLE 618 31.8 COMPLEMENTARITY 621 PREDICTABILITY AND CHAOS 622 PART SEVEN ATOMIC AND NUCLEAR PHYSICS 627 32 THE ATOM AND THE QUANTUM 628 32.1 DISCOVERY OF THE ATOMIC NUCLEUS 629 32.2 DISCOVERY OF THE ELECTRON 630 32.3 ATOMIC SPECTRA: CLUES TO ATOMIC STRUCTURE 632 32.4 BOHR MODEL OF THE ATOM 633 32.5 EXPLANATION OF QUANTIZED ENERGY LEVELS: ELECTRON WAVES 634 32.6 QUANTUM MECHANICS 636 32.7 CORRESPONDENCE PRINCIPLE 637 * HIGGS BOSON 638 33 THE ATOMIC NUCLEUS AND RADIOACTIVITY 641 33.1 X-RAYS AND RADIOACTIVITY 642 33.2 ALPHA, BETA, AND GAMMA RAYS 643 33.3 ENVIRONMENTAL RADIATION 645 UNITS OF RADIATION 645 DOSES OF RADIATION 646 RADIOACTIVE TRACERS 647 33.4 THE ATOMIC NUCLEUS AND THE STRONG FORCE 648 33.5 RADIOACTIVE HALF-LIFE 651 33.6 RADIATION DETECTORS 652 33.7 TRANSMUTATION OF ELEMENTS 654 NATURAL TRANSMUTATION 654 ARTIFICIAL TRANSMUTATION 656 33.8 RADIOMETRIC DATING 656 * FOOD IRRADIATION 658 34 NUCLEAR FISSION AND FUSION 663 34.1 NUCLEAR FISSION 665 34.2 NUCLEAR FISSION REACTORS 667 * PLUTONIUM 669 34.3 THE BREEDER REACTOR 670 34.4 FISSION POWER 670 34.5 MASS-ENERGY EQUIVALENCE 671 * PHYSICS AT AIRPORT SECURITY 675 CONTENTS 17 34.6 NUCLEAR FUSION 675 36.4 GRAVITY AND SPACE: MOTION 34.7 CONTROLLING FUSION 678 OF MERCURY 720 36.5 GRAVITY, SPACE, AND PART EIGHT A NEW GEOMETRY 720 RELATIVITY 683 36.6 GRAVITATIONAL WAVES 722 - 36.7 NEWTONIAN AND EINSTEINIAN 35 SPECIAL THEORY OF RELATIVITY 684 GRAVITATION 723 . ** EPILOGUE 727 35.1 MOTION IS RELATIVE 685 MICHELSONMORLEY EXPERIMENT 686 APPENDIX A 35.2 POSTULATES OF THE SPECIAL ON MEASUREMENT AND THEORY OF RELATIVITY 687 UNIT CONVERSIONS 729 35.3 SIMULTANEITY 688 35.4 SPACETIME AND TIME DILATION 689 APPENDIX B CLOCKWATCHING ON A MORE ABOUT MOTION 735 TROLLEY CAR RIDE 693 THE TWIN TRIP 694 APPENDIX C 35.5 ADDITION OF VELOCITIES 699 GRAPHING 739 SPACE TRAVEL 700 APPENDIX D * CENTURY HOPPING 701 74? 35.6 LENGTH CONTRACTION 701 35.7 RELATIVISTIC MOMENTUM 703 APPENDIX E 35.8 MASS, ENERGY, AND E = ME 2 704 EXPONENTIAL GROWTH 35.9 THE CORRESPONDENCE PRINCIPLE 706 AND DOUBLING TIME 745 36 GENERAL THEORY OF RELATIVITY 712 ODD-NUMBERED ANSWERS 749 36.1 PRINCIPLE OF EQUIVALENCE 713 GLOSSARY 783 36.2 BENDING OF LIGHT BY GRAVITY 715 CREDITS 801 36.3 GRAVITY AND TIME: GRAVITATIONAL RED SHIFT 717 INDEX 805
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genre	(DE-588)4123623-3 Lehrbuch gnd-content
genre_facet	Lehrbuch
id	DE-604.BV042542077
illustrated	Illustrated
indexdate	2024-07-10T01:24:30Z
institution	BVB
isbn	1292057130 9781292057132
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-027976112
open_access_boolean
owner	DE-703
owner_facet	DE-703
physical	814 S. Ill., graph. Darst.
publishDate	2015
publishDateSearch	2015
publishDateSort	2015
publisher	Pearson
record_format	marc
series2	Always learning
spelling	Hewitt, Paul G. 1931- Verfasser (DE-588)137206917 aut Conceptual physics written and illustrated by Paul G. Hewitt 12. ed., global ed. Boston, Mass. [u.a.] Pearson 2015 814 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Always learning Includes index Physik (DE-588)4045956-1 gnd rswk-swf Experimentalphysik (DE-588)4132579-5 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Experimentalphysik (DE-588)4132579-5 s Physik (DE-588)4045956-1 s DE-604 DE-601 pdf/application http://www.gbv.de/dms/tib-ub-hannover/799346810.pdf Inhaltsverzeichnis HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027976112&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Hewitt, Paul G. 1931- Conceptual physics Physik (DE-588)4045956-1 gnd Experimentalphysik (DE-588)4132579-5 gnd
subject_GND	(DE-588)4045956-1 (DE-588)4132579-5 (DE-588)4123623-3
title	Conceptual physics
title_auth	Conceptual physics
title_exact_search	Conceptual physics
title_full	Conceptual physics written and illustrated by Paul G. Hewitt
title_fullStr	Conceptual physics written and illustrated by Paul G. Hewitt
title_full_unstemmed	Conceptual physics written and illustrated by Paul G. Hewitt
title_short	Conceptual physics
title_sort	conceptual physics
topic	Physik (DE-588)4045956-1 gnd Experimentalphysik (DE-588)4132579-5 gnd
topic_facet	Physik Experimentalphysik Lehrbuch
url	http://www.gbv.de/dms/tib-ub-hannover/799346810.pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027976112&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT hewittpaulg conceptualphysics

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