Modern introductory physics:
Gespeichert in:
| Hauptverfasser: | , , |
|---|---|
| Format: | Buch |
| Sprache: | German |
| Veröffentlicht: |
New York [u.a.]
Springer
1999
|
| Schriftenreihe: | Undergraduate texts in contemporary physics
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVIII, 519 S. Ill., graph. Darst. |
| ISBN: | 038798576X |
Internformat
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| 100 | 1 | |a Holbrow, Charles H. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Modern introductory physics |c C. H. Holbrow ; J. N. Lloyd ; J. C. Amato |
| 264 | 1 | |a New York [u.a.] |b Springer |c 1999 | |
| 300 | |a XVIII, 519 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
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| 490 | 0 | |a Undergraduate texts in contemporary physics | |
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| 700 | 1 | |a Amato, Joseph C. |e Verfasser |4 aut | |
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Datensatz im Suchindex
| _version_ | 1804127029783691264 |
|---|---|
| adam_text | MODERN INTRODUCTORY PHYSICS C.H. HOLBROW J.N. LLOYD J.C. AMATO WITH 172
ILLUSTRATIONS ** SPRINGER CONTENTS 1 WHAT S GOING ON HERE? 1 1.1 WHAT IS
PHYSICS? 1 1.2 WHAT IS INTRODUCTORY PHYSICS ABOUT? 3 1.3 WHAT WE RE UP
TO 3 1.4 THIS COURSE TELLS A STORY 5 THE SHORT STORY OF THE ATOM 5
SPECIAL RELATIVITY AND QUANTUM MECHANICS 6 PHYSICS IS NOT A SPECTATOR
SPORT 7 1.5 WHY THIS STORY? 8 AN IMPORTANT IDEA 8 TOOLS FOR QUANTITATIVE
THOUGHT 9 AN INTRODUCTION TO PHYSICS 9 1.6 JUST DO IT! 10 2 SOME PHYSICS
YOU NEED TO KNOW 11 2.1 A FEW USEFUL IDEAS 11 2.2 MASS 11 DENSITY 13 2.3
LENGTH 14 SOME IMPORTANT MASSES, LENGTHS, AND TIMES 16 2.4 THINKING
ABOUT NUMBERS 16 2.5 TIME 20 2.6 ANGLES AND ANGULAR MEASURE 21 VERTEX
AND RAYS 21 WHAT DOES SUBTEND MEAN? 22 DEGREES AND, ESPECIALLY,
RADIANS . 22 THE SMALL-ANGLE APPROXIMATION 25 XI XII CONTENTS 2.7
MOMENTUM AND ENERGY 26 MOMENTUM 27 FORCE 28 CONSERVATION OF MOMENTUM 30
CONNECTING CONCEPTS TO PHYSICAL REALITY 33 2.8 ENERGY 33 FEYNMAN S
ENERGY ANALOGY 34 CONSERVATION OF ENERGY 36 ENERGY COSTS MONEY 40 2.9
PENDULUMS AND ENERGY 40 2.10 FORCES AS VARIATIONS IN POTENTIAL ENERGY 42
2.11 SUMMARY 44 ANOTHER EXHORTATION ON SI PREFIXES 44 2.12 APPENDIX:
VECTORS 45 REPRESENTING VECTORS 45 COMPONENTS 46 ADDING VECTORS 46 3 THE
CHEMIST S ATOMS 51 3.1 INTRODUCTION 51 3.2 CHEMICAL ELEMENTS 51 3.3
ATOMS AND INTEGERS 52 PROUST S EVIDENCE: THE LAW OF CONSTANT PROPORTIONS
52 DALTON S EVIDENCE: THE LAW OF MULTIPLE PROPORTIONS 53 GAY-LUSSAC S
EVIDENCE: THE LAW OF COMBINING VOLUMES . . . 55 AVOGADRO S PRINCIPLE 57
3.4 ATOMIC WEIGHTS 58 3.5 THE MOLE 61 3.6 THE CHEMIST S ATOM 63 SUMMARY
63 QUESTIONS 63 ANSWERS 64 4 GAS LAWS 69 4.1 INTRODUCTION 69 4.2
PRESSURE 69 THE IDEA OF PRESSURE 69 DEFINITION OF PRESSURE 71 DISCOVERY
OF VACUUM AND THE ATMOSPHERE 71 GAS PRESSURE 74 4.3 BOYLE S LAW*THE
SPRINGINESS OF GASES 74 BOYLE S EXPERIMENT 75 4.4 GASES AND TEMPERATURE
79 CONTENTS XIII THERMAL EXPANSION 79 IMAGINING AN IDEAL GAS 82 4.5 THE
IDEAL GAS LAW 84 THE KELVIN TEMPERATURE SCALE 84 THE IDEAL GAS LAW 85
SOME USEFUL DETAILS 87 4.6 WHAT UNDERLIES SUCH A SIMPLE LAW? 88 5
HARD-SPHERE ATOMS 93 5.1 INTRODUCTION 93 5.2 GAS PRESSURE FROM ATOMS 94
5.3 TEMPERATURE AND THE ENERGIES OF ATOMS 99 ENERGIES OF ATOMS:
BOLTZMANN S CONSTANT 99 5.4 SUMMARY THUS FAR 102 5.5 VISCOSITY 102 MEAN
FREE PATH 103 RESISTANCE TO FLOW 105 5.6 AN ATOMIC MODEL OF VISCOSITY
107 5.7 ATOMIC SIZES ILL ATOMIC DIAMETER ILL AVOGADRO S NUMBER 112 5.8
CONCLUSION 113 5.9 APPENDIX: AVERAGES OF ATOMIC SPEEDS 114 INTRODUCTION
114 SUMS AND THE ^ NOTATION 114 DISTRIBUTIONS AND AVERAGES 116 A
DISTRIBUTION OF VELOCITIES 118 MOMENTUM TRANSFERS BY COLLISION 119
VELOCITY BINS 120 6 ELECTRIC FORCES AND FIELDS 129 6.1 INTRODUCTION 129
6.2 ELECTRIC CHARGE 130 EXPERIMENTS WITH ELECTROSCOPES 130 CONDUCTORS
AND INSULATORS 134 QUANTITATIVE MEASURES OF CHARGE 135 6.3 ELECTRIC
FIELD: A LOCAL SOURCE OF ELECTRICAL FORCE 138 TWO USEFUL ELECTRIC FIELDS
138 DIRECTION OF AN ELECTRIC FIELD 141 6.4 ELECTRIC POTENTIAL: V 141
ELECTRIC POTENTIAL ENERGY 142 ELECTRIC POTENTIAL*VOLTS 144 VISUALIZING
ELECTRIC POTENTIAL 147 XIV CONTENTS THE ELECTRON VOLT 150 6.5 ELECTRIC
CURRENT 152 SPEED OF CHARGES IN A CURRENT 152 6.6 SUMMARY OF ELECTRICITY
155 7 MAGNETIC FIELD AND MAGNETIC FORCE 163 7.1 MAGNETIC FIELD 163
MAGNETIC FORCE ON A MOVING CHARGE 163 A MOVING CHARGE IN A CONSTANT
MAGNETIC FIELD 167 SOURCES OF MAGNETIC FIELDS 169 7.2 MAGNETIC FIELDS
AND ATOMIC MASSES 170 MAGNETIC MASS SPECTROMETRY 172 7.3 LARGE
ACCELERATORS AND MAGNETIC FIELDS 177 7.4 A SUMMARY OF USEFUL THINGS TO
KNOW ABOUT MAGNETISM 178 8 ELECTRICAL ATOMS AND THE ELECTRON 187 8.1
INTRODUCTION 187 8.2 ELECTROLYSIS AND THE MOLE OF CHARGES 188 8.3
THOMSON S EXPERIMENTS AND ELM 192 DETERMINING THE NATURE OF CATHODE RAYS
193 DETERMINATION OF ELM 194 8.4 THE ELECTRON S CHARGE 199 INTRODUCTION
AND OVERVIEW 199 DROPLET SIZE FROM TERMINAL VELOCITY 200 FINDING THE
CHARGE ON A DROPLET 203 QUANTIZATION OF ELECTRIC CHARGE 205 IMPORTANT
NUMBERS FOUND FROM E 208 8.5 SUMMARY 209 8.6 USES OF ELECTRIC DEFLECTION
209 THE INKJET PRINTER 210 QUARK HUNTING 213 9 WAVES AND LIGHT 237 9.1
INTRODUCTION 237 9.2 THE NATURE OF WAVES 238 A TRAVELING DISTURBANCE 238
VELOCITY, WAVELENGTH, AND FREQUENCY 239 AMPLITUDE 242 PHASE 243
TRANSVERSE AND LONGITUDINAL WAVES 244 INTENSITY 245 9.3 INTERFERENCE OF
WAVES 246 INTERFERENCE IN ONE DIMENSION 247 CONTENTS XV LIGHT IS A WAVE
253 9.4 INTERFERENCE OF LIGHT FROM SLITS 254 DOUBLE-SLIT INTERFERENCE
254 SINGLE-SLIT DIFFRACTION 256 COMBINED DOUBLE-AND SINGLE-SLIT PATTERNS
257 MULTISLIT INTERFERENCE PATTERNS 258 SPECTRA, SPECTROMETERS,
SPECTROSCOPY 260 9.5 ATOMIC SPECTROSCOPY 261 9.6 PROBING MATTER WITH
LIGHT 263 9.7 SUMMARY 266 10 TIME AND LENGTH AT HIGH SPEEDS 277 10.1
INTRODUCTION 277 10.2 APPROXIMATING A FUNCTION 278 STRAIGHT-LINE
APPROXIMATIONS 278 BINOMIAL EXPANSIONS 281 AMAZE YOUR FRIENDS! 283 THE
SMALL-ANGLE APPROXIMATION 284 10.3 FRAME OF REFERENCE 285 VELOCITY
DEPENDS ON REFERENCE FRAME 285 DOES PHYSICS DEPEND ON REFERENCE FRAME?
286 HOW MOTION DESCRIBED IN ONE FRAME IS DESCRIBED IN ANOTHER . 287 10.4
THE CONSTANCY OF * 289 THE MICHELSON-MORLEY EXPERIMENT 289 MICHELSON S
RESULTS 295 10.5 CONSEQUENCES OF CONSTANCY OF * 297 MOVING CLOCKS RUN
SLOW*TIME DILATION 297 MOVING LENGTHS SHRINK*LORENTZ CONTRACTION 300 THE
DOPPLER EFFECT 303 HOW DO VELOCITIES TRANSFORM? 305 SOMETHING TO THINK
ABOUT 305 11 ENERGY AND MOMENTUM AT HIGH SPEEDS 311 11.1 INTRODUCTION
311 11.2 ENERGY HAS MASS 311 LIGHT EXERTS PRESSURE 311 E * MC 1 312
EXPERIMENTAL EVIDENCE FOR M * * THQ 315 11.3 MOMENTUM AND ENERGY 317
RELATIVISTIC MOMENTUM 318 RELATIVISTIC KINETIC ENERGY 319 RELATION
BETWEEN ENERGY AND MOMENTUM 321 11.4 MASSES IN EV/C 2 ; MOMENTUMS IN
EV/C 322 XVI CONTENTS 11.5 WHEN CAN YOU APPROXIMATE? 326 NONRELATIVISTIC
APPROXIMATIONS 326 ULTRARELATIVISTIC APPROXIMATION 328 11.6 SUMMARY 328
12 THE GRANULARITY OF LIGHT 335 12.1 INTRODUCTION 335 12.2 THE
PHOTOELECTRIC EFFECT 335 DISCOVERY OF THE PHOTOELECTRIC EFFECT 335
PROPERTIES OF THE EFFECT 336 EINSTEIN S EXPLANATION: E = HF 340
EXPERIMENTAL VERIFICATION OF EINSTEIN S EQUATION 341 12.3
PHOTOMULTIPLIER TUBES: AN APPLICATION OF THE PHOTOELECTRIC EFFECT . 346
HOW THE PHOTOMULTIPLIER TUBE WORKS 346 PARTS OF A PHOTOMULTIPLIER TUBE
347 SCINTILLATION COUNTING OF RADIOACTIVITY: A USEFUL APPLICATION . 348
12.4 SUMMARY 349 13 X-RAYS 353 13.1 INTRODUCTION 353 13.2 PROPERTIES OF
X-RAYS 353 13.3 PRODUCTION OF X-RAYS 354 13.4 X-RAYS ARE WAVES 355 13.5
THE BRAGG LAW OF CRYSTAL DIFFRACTION 356 POWDER DIFFRACTION PATTERNS 358
13.6 A DEVICE FOR MEASURING X-RAYS: THE CRYSTAL SPECTROMETER ... . 360
DETERMINING THE SPACING OF ATOMS IN CRYSTALS 360 13.7 CONTINUUM X-RAYS
363 13.8 X-RAY PHOTONS 365 13.9 THE COMPTON EFFECT 367 INTRODUCTION 367
COMPTON SCATTERING 367 DERIVATION OF THE ENERGY CHANGE OF A COMPTON
SCATTERED PHOTON 370 COMPTON SCATTERING AND THE DETECTION OF PHOTONS 374
13.10 SUMMARY 377 USEFUL THINGS TO KNOW 377 SOME IMPORTANT THINGS TO
KEEP IN MIND 378 14 PARTICLES AS WAVES 385 14.1 INTRODUCTION 385 14.2
THE DE BROGLIE WAVELENGTH 385 14.3 EVIDENCE THAT PARTICLES ACT LIKE
WAVES 387 CONTENTS XVII G.P. THOMSON S EXPERIMENT 387 THE EXPERIMENT OF
DAVISSON AND GERMER 393 DOUBLE-SLIT INTERFERENCE WITH ELECTRONS 396
WAVES OF ATOMS 397 14.4 SUMMARY AND CONCLUSIONS 399 SOME USEFUL THINGS
TO KNOW 400 WAVES, ENERGY, AND LOCALIZATION 400 15 THE HEISENBERG
UNCERTAINTY PRINCIPLE 407 15.1 INTRODUCTION 407 15.2 BEING IN TWO PLACES
AT ONCE 408 15.3 HEISENBERG S UNCERTAINTY PRINCIPLE 412 AVERAGE KINETIC
ENERGY FROM THE UNCERTAINTY PRINCIPLE . . . 415 15.4 A REAL EXPERIMENT
418 15.5 SUMMARY AND CONCLUSIONS 422 16 RADIOACTIVITY AND THE ATOMIC
NUCLEUS 425 16.1 QUALITATIVE RADIOACTIVITY 426 BECQUEREL DISCOVERS
RADIOACTIVITY 426 THE CURIES DISCOVER NEW RADIOACTIVE ELEMENTS 42 8
ALPHA, BETA, AND GAMMA RAYS 429 RADIOACTIVE ATOMS OF ONE ELEMENT CHANGE
INTO ANOTHER . . 431 16.2 QUANTITATIVE PROPERTIES OF RADIOACTIVITY 432
MEASURES OF ACTIVITY 432 RADIOACTIVE DECAY AND HALF-LIFE 433 16.3
DISCOVERY OF THE ATOM S NUCLEUS 439 ALPHA PARTICLES AS PROBES OF THE
ATOM 439 DISCOVERY OF THE ATOMIC NUCLEUS 441 NUCLEAR SIZE AND CHARGE 447
16.4 NUCLEAR ENERGIES 449 ENERGIES OF ALPHA AND BETA PARTICLES 449 16.5
THE NEUTRON 453 16.6 SUMMARY 455 INTRODUCTION 459 DIFFRACTION FROM A
CIRCULAR CROSS SECTION 459 FIND THE NUCLEAR RADIUS 460 17 SPECTRA AND
THE BOHR ATOM 463 17.1 INTRODUCTION 463 17.2 ATOMIC SPECTRA 464 WALL
TAPPING AND BELL RINGING 464 ATOMIC SPECTRAL SIGNATURES 465 17.3 THE
BOHR ATOM 467 XVIII CONTENTS NEED FOR A MODEL 467 BOHR S IDEAS 467
QUANTIZING THE HYDROGEN ATOM S ENERGIES 468 ENERGY-LEVEL DIAGRAMS 471
17.4 CONFIRMATIONS AND APPLICATIONS 474 ENERGY LEVELS 475 RYDBERG ATOMS
475 THE FRANCK-HERTZ EXPERIMENT 477 HYDROGEN-LIKE IONS 480 X-RAY LINE
SPECTRA AND THE BOHR MODEL 481 MOSELEY, THE ATOMIC NUMBER, AND THE
PERIODIC TABLE 484 17.5 SUMMARY 487 THE BOHR MODEL 487 LIMITATIONS OF
THE BOHR MODEL 488 X-RAY LINE SPECTRA 488 MOSELEY S LAW, THE ATOMIC
NUMBER, AND THE PERIODIC TABLE . 488 18 EPILOGUE 493 A USEFUL
INFORMATION 497 A.1 SI PREFIXES 497 A.2 BASIC PHYSICAL CONSTANTS 498 A.3
CONSTANTS THAT YOU MUST KNOW 498 A.4 SOME UNITS AND THEIR ABBREVIATIONS
500 A.5 ATOMIC MASSES 501 A.6 MASSES OF NUCLIDES 501 A.7 MISCELLANEOUS
503 INDEX 507
|
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| id | DE-604.BV012396244 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:26:51Z |
| institution | BVB |
| isbn | 038798576X |
| language | German |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-008408955 |
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| physical | XVIII, 519 S. Ill., graph. Darst. |
| publishDate | 1999 |
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| publisher | Springer |
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| series2 | Undergraduate texts in contemporary physics |
| spelling | Holbrow, Charles H. Verfasser aut Modern introductory physics C. H. Holbrow ; J. N. Lloyd ; J. C. Amato New York [u.a.] Springer 1999 XVIII, 519 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Undergraduate texts in contemporary physics Fisica geral larpcal Physique Physique ram Problèmes et exercices Physics Physik (DE-588)4045956-1 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Physik (DE-588)4045956-1 s DE-604 Lloyd, James N. Verfasser aut Amato, Joseph C. Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008408955&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Holbrow, Charles H. Lloyd, James N. Amato, Joseph C. Modern introductory physics Fisica geral larpcal Physique Physique ram Problèmes et exercices Physics Physik (DE-588)4045956-1 gnd |
| subject_GND | (DE-588)4045956-1 (DE-588)4123623-3 |
| title | Modern introductory physics |
| title_auth | Modern introductory physics |
| title_exact_search | Modern introductory physics |
| title_full | Modern introductory physics C. H. Holbrow ; J. N. Lloyd ; J. C. Amato |
| title_fullStr | Modern introductory physics C. H. Holbrow ; J. N. Lloyd ; J. C. Amato |
| title_full_unstemmed | Modern introductory physics C. H. Holbrow ; J. N. Lloyd ; J. C. Amato |
| title_short | Modern introductory physics |
| title_sort | modern introductory physics |
| topic | Fisica geral larpcal Physique Physique ram Problèmes et exercices Physics Physik (DE-588)4045956-1 gnd |
| topic_facet | Fisica geral Physique Problèmes et exercices Physics Physik Lehrbuch |
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