Princeton problems in physics: with solutions
Gespeichert in:
Format: | Buch |
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Sprache: | English |
Veröffentlicht: |
Princeton, N.J.
Princeton Univ. Pr.
1991
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Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XVI, 319 S. graph. Darst. |
ISBN: | 0691024499 |
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adam_text | IMAGE 1
PRINCETON
PROBLEMS IN PHYSICS WITH SOLUTIONS
NATHAN NEWBURY MICHAEL NEWMAN JOHN RUHL SUZANNE STAGGS
STEPHEN THORSETT
PRINCETON UNIVERSITY PRESS PRINCETON, NEW JERSEY
IMAGE 2
CONTENTS
P R E F A CE XV
I PROBLEMS 1
1 M E C H A N I CS 3
1.1. SUPER-BALL TRICKS 3
1.2. DUSTY SPACECRAFT 3
1.3. SKYHOOK 4
1.4. DRIVEN HARMONIC OSCILLATORS 4
1.5. BALL ON A TURNTABLE 5
1.6. DAMPING 6
1.7. DISSOLVING SPRING 6
1.8. SHAPE OF A SOAP FILM 6
1.9. BEAD ON A HOOP 7
1.10. SOLAR SYSTEM WIMPS 7
2 ELECTRICITY & M A G N E T I SM 9
2.1. HEMISPHERICAL BULGE 9
2.2. FARADAY ROTATION 10
2.3. RESISTOR WITH DEFECT 10
2.4. DIPOLE ANTENNA 11
2.5. OSCILLATING MOTOR 11
2.6. REFRIGERATOR MAGNET 12
2.7. TRANSMISSION LINE 13
2.8. PHOTOGRAPHING ELECTROMAGNETIC WAVES 13
2.9. CYLINDRICAL CAPACITOR 14
VII
IMAGE 3
VIII CONTENTS
2.10. FALLING ELECTRON 15
3 Q U A N T UM M E C H A N I CS 16
3.1. SPHERICAL 8 FUNCTION 16
3.2. EXPANDING SQUARE WELL 16
3.3. CROSSED E AND B FIELDS 17
3.4. HARMONIE OSCILLATOR PERTURBATIONS 18
3.5. RESONANCE SCATTERING 18
3.6. SPIN FLIPPING 19
3.7. PION-NUCLEON SCATTERING 19
3.8. STAIRCASE POTENTIAL 20
3.9. NEUTRON INTERFEROMETRY 20
3.10. HYPERFINE SPLITTING IN HYDROGEN 21
4 T H E R MO D Y N A M I CS &: STATISTICAL M E C H A N I CS 22
4.1. NEGATIVE TEMPERATURE 22
4.2. HETERONUCLEAR DIATOMIC MOLECULE 22
4.3. ONE-DIMENSIONAL DIFFUSION 23
4.4. PHASE COEXISTENCE 24
4.5. OTTO CYCLE 24
4.6. DRAG FORCE ON A DISK 25
4.7. FLUCTUATING WIRE 25
4.8. ADSORPTION ON A FILM 25
4.9. NORMAL-SUPERCONDUCTOR COEXISTENCE CURVE 25
4.10. MONATOMIC CRYSTAL 26
5 C O N D E N S ED M A T T ER P H Y S I CS 28
5.1. QUASIPARTICLE TUNNELING 28
5.2. SUPERCONDUCTING PHASE BOUNDARY 29
5.3. TWO-LEVEL CENTERS 30
5.4. FERROELECTRIC 31
5.5. GRAB BAG 32
5.6. ROTONS 33
5.7. NEMATIC LIQUID 34
5.8. POLARONS 36
5.9. FERROMAGNETISM AND PARAMAGNETISM 36
5.10. QUANTUM HALL EFFECT 37
IMAGE 4
CONTENTS IX
6 R E L A T I V I TY &: A S T R O P H Y S I CS 39
6.1. FREQUENCY SHIFTS 39
6.2. ROCKET LEAVING EARTH 39
6.3. GRAVITATIONAL MAGNETISM 40
6.4. WHY INFLATE? 41
6.5. STANDARD SCHWARZSCHILD 42
6.6. ROCKET AT REST 42
6.7. DOMAIN WALL 43
6.8. ORBITING GYROSCOPE 43
6.9. POYNTING-ROBERTSON EFFECT 44
6.10. KASNER MODEL 44
7 N U C L E AR P H Y S I CS 46
7.1. GEOLOGIE SOLAR NEUTRINO DETECTOR 46
7.2. MAGNETIC MOMENTS 47
7.3. SUPERALLOWED FERMI TRANSITIONS 48
7.4. NEUTRINO SOURCES 49
7.5. MIRROR NUCLEI 50
7.6. SEMI-EMPIRICAL MASS FORMULA 51
7.7. ANGULAR CORRELATION 52
7.8. DEFORMED NUCLEI 52
7.9. SS DECAYS 54
7.10. NEUTRON POLARIZATION 54
8 E L E M E N T A RY PARTICLE P H Y S I CS 56
8.1. K DECAYS 56
8.2. MUON-NUCLEON SCATTERING 57
8.3. SCALAR QUARKS 58
8.4. D DECAYS 58
8.5. THE Z 59
8.6. SUPERNOVA NEUTRINOS 60
8.7. THE W + 61
8.8. KOBAYASHI-MASKAWA MIXING 62
8.9. THE HIGGS 63
8.10. NEUTRINO-QUARK SCATTERING 64
IMAGE 5
X CONTENTS
9 A T O M IC &: GENERAL P H Y S I CS 66
9.1. POSITRONIUM 66
9.2. PHASE CONTRAST MICROSCOPY 67
9.3. BAD OPTICS 68
9.4. INTERSTELLAR HYDROGEN 68
9.5. Q U A N T UM BEATS 69
9.6. ESTIMATIONS 70
9.7. ATOMS 71
9.8. DRAG 71
9.9. RAMAN AMPLIFIER 72
9.10. HURRICANE GILBERT 73
II SOLUTIONS 75
10 MECHANICS 77
1.1. SUPER-BALL TRICKS 77
1.2. DUSTY SPACECRAFT 78
1.3. SKYHOOK 79
1.4. DRIVEN HARMONIC OSCILLATORS 80
1.5. BALL ON A TURNTABLE 83
1.6. DAMPING 85
1.7. DISSOLVING SPRING 88
1.8. SHAPE OF A SOAP FILM 89
1.9. BEAD ON A HOOP 91
1.10. SOLAR SYSTEM WIMPS 93
11 ELECTRICITY &: M A G N E T I SM 97
2.1. HEMISPHERICAL BULGE 97
2.2. FARADAY ROTATION 98
2.3. RESISTOR WITH DEFECT 101
2.4. DIPOLE ANTENNA 105
2.5. OSCILLATING MOTOR 107
2.6. REFRIGERATOR MAGNET 109
2.7. TRANSMISSION LINE 110
2.8. PHOTOGRAPHING ELECTROMAGNETIC WAVES 111
2.9. CYLINDRICAL CAPACITOR 113
IMAGE 6
CONTENTS XI
2.10. FALLING ELECTRON 117
12 Q U A N T UM M E C H A N I CS 120
3.1. SPHERICAL 8 FUNCTION 120
3.2. EXPANDING SQUARE WELL 123
3.3. CROSSED E AND B FIELDS 125
3.4. HARMONIE OSCILLATOR PERTURBATIONS 127
3.5. RESONANCE SCATTERING 129
3.6. SPIN FLIPPING 130
3.7. PION-NUCLEON SCATTERING 134
3.8. STAIRCASE POTENTIAL 136
3.9. NEUTRON INTERFEROMETRY 137
3.10. HYPERFINE SPLITTING IN HYDROGEN 142
13 T H E R MO D Y N A M I CS &: STATISTICAL M E C H A N I CS 145
4.1. NEGATIVE TEMPERATURE 145
4.2. HETERONUCLEAR DIATOMIC MOLECULE 146
4.3. ONE-DIMENSIONAL DIFFUSION 149
4.4. PHASE COEXISTENCE 152
4.5. OTTO CYCLE 153
4.6. DRAG FORCE ON A DISK 155
4.7. FLUCTUATING WIRE 158
4.8. ADSORPTION ON A FILM 160
4.9. NORMAL-SUPERCONDUCTOR COEXISTENCE CURVE 162
4.10. MONATOMIC CRYSTAL 163
14 C O N D E N S ED M A T T ER P H Y S I CS 166
5.1. QUASIPARTICLE TUNNELING 166
5.2. SUPERCONDUCTING PHASE BOUNDARY 171
5.3. TWO-LEVEL CENTERS 172
5.4. FERROELECTRIC 174
5.5. GRAB BAG 177
5.6. ROTONS 179
5.7. NEMATIC LIQUID 183
5.8. POLARONS 186
5.9. FERROMAGNETISM AND PARAMAGNETISM 189
5.10. QUANTUM HALL EFFECT 190
IMAGE 7
XII CONTENTS
15 R E L A T I V I TY & A S T R O P H Y S I CS 196
6.1. FREQUENCY SHIFTS 196
6.2. ROCKET LEAVING EARTH 198
6.3. GRAVITATIONAL MAGNETISM 200
6.4. WHY INFLATE? 203
6.5. STANDARD SCHWARZSCHILD 208
6.6. ROCKET AT REST 210
6.7. DOMAIN WALL 213
6.8. ORBITING GYROSCOPE 215
6.9. POYNTING-ROBERTSON EFFECT 217
6.10. KASNER MODEL 219
16 N U C L E AR P H Y S I CS 225
7.1. GEOLOGIE SOLAR NEUTRINO DETECTOR 225
7.2. MAGNETIC MOMENTS 230
7.3. SUPERALLOWED FERRNI TRANSITIONS 233
7.4. NEUTRINO SOURCES 235
7.5. MIRROR NUCLEI 238
7.6. SEMI-EMPIRICAL MASS FORMULA 242
7.7. ANGULAR CORRELATION 243
7.8. DEFORMED NUCLEI 245
7.9. SS DECAYS 249
7.10. NEUTRON POLARIZATION 253
17 E L E M E N T A RY PARTICLE P H Y S I CS 256
8.1. K DECAYS 256
8.2. MUON-NUCLEON SCATTERING 258
8.3. SCALAR QUARKS 260
8.4. D DECAYS 264
8.5. THE Z 267
8.6. SUPERNOVA NEUTRINOS 270
8.7. THE W+ 274
8.8. KOBAYASHI-MASKAWA MIXING 276
8.9. THE HIGGS 277
8.10. NEUTRINO-QUARK SCATTERING 280
IMAGE 8
CONTENTS XIII
18 A T O M IC & GENERAL P H Y S I CS 2 83
9.1. POSITRONIUM 283
9.2. PHASE CONTRAST MICROSCOPY 286
9.3. BAD OPTICS 290
9.4. INTERSTELLAR HYDROGEN 292
9.5. QUANTUM BEATS 294
9.6. ESTIMATIONS 296
9.7. ATOMS 299
9.8. DRAG 302
9.9. RAMAN AMPLIFIER 306
9.10. HURRICANE GILBERT 307
BIBLIOGRAPHY 311
I N D EX 3 13
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spelling | Princeton problems in physics with solutions Nathan Newbury ... Princeton, N.J. Princeton Univ. Pr. 1991 XVI, 319 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Natuurkunde gtt Physik Physics Problems, exercises, etc Physik (DE-588)4045956-1 gnd rswk-swf (DE-588)4143389-0 Aufgabensammlung gnd-content Physik (DE-588)4045956-1 s DE-604 Newbury, Nathan Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003403348&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Princeton problems in physics with solutions Natuurkunde gtt Physik Physics Problems, exercises, etc Physik (DE-588)4045956-1 gnd |
subject_GND | (DE-588)4045956-1 (DE-588)4143389-0 |
title | Princeton problems in physics with solutions |
title_auth | Princeton problems in physics with solutions |
title_exact_search | Princeton problems in physics with solutions |
title_full | Princeton problems in physics with solutions Nathan Newbury ... |
title_fullStr | Princeton problems in physics with solutions Nathan Newbury ... |
title_full_unstemmed | Princeton problems in physics with solutions Nathan Newbury ... |
title_short | Princeton problems in physics |
title_sort | princeton problems in physics with solutions |
title_sub | with solutions |
topic | Natuurkunde gtt Physik Physics Problems, exercises, etc Physik (DE-588)4045956-1 gnd |
topic_facet | Natuurkunde Physik Physics Problems, exercises, etc Aufgabensammlung |
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