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Hugh D. Young, Roger A. Freedman — University physics with modern physics
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Íàçâàíèå: University physics with modern physicsÀâòîðû: Hugh D. Young, Roger A. Freedman Àííîòàöèÿ: Refining the most widely adopted and enduring physics text available, University Physics with Modern Physics , Twelfth Edition Mechanics, Waves/Acoustics, Thermodynamics, Electromagnetism, Optics, Modern Physics. For all readers interested in university physics.
ßçûê: Ðóáðèêà: Ôèçèêà /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 12-å èçäàíèåÃîä èçäàíèÿ: 2008Êîëè÷åñòâî ñòðàíèö: 1622Äîáàâëåíà â êàòàëîã: 28.11.2013Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
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Ïðåäìåòíûé óêàçàòåëü
Resolving power 1253—1256 Resonance angular frequency 1078 Resonance curve 547 1079 Resonance frequency 1078 Resonance in alternating-current circuits 1077—1080 Resonance width 1090 Resonance, defined 546 1077—1078 Resonance, forced oscillations and 443—444 Resonance, parallel 1089 Resonance, sound and 546—548 Response curve 1079 Rest energy 1293—1295 1495 Rest frames 1275 Rest mass 1289 Restoring force 420—421 Resultant (vector sum) 13 18 retina 1186 Reverse bias 1457 1458 Reversed images 1160 Reversible processes, adiabatic 693 Reversible processes, defined 674 Reversible processes, entropy in 692—694 Rifle recoil 255 256 Right-hand rule for angular momentum 331 332 Right-hand rule for electromagnetic waves 1099 Right-hand rule for moving charge 958—959 Right-hand rule, angular velocity and 288 Right-hand rule, applying torque 318 Right-hand rule, defined 24 Right-hand rule, gyroscope 339 Right-handed system 25 Rigid bodies, angular acceleration 285—290 319—322 Rigid bodies, angular momentum of 332—333 Rigid bodies, angular velocity 285—290 Rigid bodies, defined 285 Rigid bodies, energy in rotational motion 296—301 Rigid bodies, equilibrium problems 358—363 Rigid bodies, linear and angular kinematics 293—296 Rigid bodies, moment-of-inertia calculations 303—305 Rigid bodies, parallel-axis theorem 301—303 Rigid bodies, rotation about moving axis 323—329 Rigid bodies, rotation with constant angular acceleration 290—292 Rigid bodies, torque for 319—322 Ring of charge, electric charge and 797—798 Ring of charge, electric field of 730 Ring of charge, electric potential and 803 Ring of the Nibelung 1151 rms (root-mean-square) speed 622—624 Rocket propulsion 270—272 Rods 383 304 1185 1186 Roentgen, Wilhelm 1250 1484 Rolling bodies without slipping 324—326 Rolling bodies, acceleration of 327—328 Rolling friction 155 326 328—329 Root-mean-square (rms) current 1063—1064 Root-mean-square (rms) speed 622—624 Root-mean-square (rms) values 1063—1064 Root-mean-square (rms) voltage 900—901 Rossing, Thomas D. 1231 Rotation axis for rigid bodies 323—329 Rotation axis, angular acceleration 290 Rotation axis, center of mass and 302 Rotation axis, changes in direction 288 294 Rotation axis, fixed 290 333 Rotation axis, moment of inertia for 297 Rotation axis, torque and 319—320 Rotation of earth 403—405 Rotation with constant angular acceleration 290—292 Rotation, angular velocity and acceleration 285—290 Rotation, diatomic molecules and 627 Rotation, energy in 296—301 Rotation, equilibrium and 355 Rotation, fixed-axis 285 Rotation, kinetic energy and 627 Rotation, linear and angular kinematics 293—296 Rotation, moment-of-inertia calculations 303—305 Rotation, parallel-axis theorem 301—303 Rotation, translation and 323—329 Rotational energy levels 1436—1440 Rotational inertia 297 Rotational kinetic energy 297—301 627 Rotational motion, angular acceleration for rigid bodies 319—322 Rotational motion, angular momentum 331—337 Rotational motion, defined 627 Rotational motion, gyroscopes 337—340 Rotational motion, precession 337—340 Rotational motion, rigid-body rotation about moving axis 323—329 Rotational motion, torque 316—319 Rotational motion, torque for rigid bodies 319—322 Rotational motion, work and power in 329—331 Rothschild, M. 174 rotors 941 Rounding 9 Rounding a curve 160—162 Rubbia, Carlo 1521 Rule of Drepez and Trouton 704 Rule of Dulong and Petit 585 628—629 Rulings (lines) 1246 Rutherford scattering experiments 1320—1322 Rutherford, Emest 1320 1468 1484 1510 Rydberg atom 1431 Rydberg constant 1315 1325 s-waves 62 Sagittarius Dwarf 1533 Salam, Abdus 1530 Salt, table 713 Sandia National Laboratories 825 Santa Claus 1166 Satellites, Doppler effect and 557 Satellites, energy for orbiting 1404 Satellites, gravitation and 383 Satellites, holding in orbit 163 Satellites, moment of inertia and 303 Satellites, motion of 393—396 Satellites, uniform circular motion 88 Saturation 1476 Saturation current 1456 saturation magnetization 980 Saturn 383 1202 Scalar (dot) product 21—24 Scalar quantities, defined 11 Scalar quantities, overview 11—14 Scalar quantities, power and 199 Scalar quantities, pressure as 364 Scalar quantities, products of vectors 21—22 Scalar quantities, tensile stress as 364 Scalar quantities, work as 183 185 Scanning electron microscopes 1361 Scanning tunneling microscopes 1383 1386 Scattering of alpha particles 1320 Scattering of light 1142—1144 Scattering of waves 1251 Scattering of X-rays 1330—1334 Scattering, Compton 1332—1334 Scattering, Rutherford experiments 1320—1322 Schrieffer, Robert 1460 Schroedinger equation for hydrogen atom 1402—1303 Schroedinger equation, atomic structure and 1510 Schroedinger equation, boundary conditions and 1351 Schroedinger equation, central-field approximation and 1418 Schroedinger equation, defined 1363—1364 Schroedinger equation, exclusion principle and 1418 Schroedinger equation, harmonic oscillators 1392 Schroedinger equation, hydrogenlike atoms 1408—1409 Schroedinger equation, particle in a box 1376—1377 Schroedinger equation, potential wells 1381 Schroedinger equation, wave functions and 1361—1367 Schroedinger equation, Zeeman effect and 1410 Schroedinger, Erwin 1350 1364 Schwarzschild radius 406—407 Schwarzschild, Karl 406 Scientific (powers-of-10) notation 9—10 Scintigram 1491 Scintillation 1320 Scissors 363 screening 1421—1423 Screwdrivers 320 Scuba tanks 614 Search coils 1000 Sears Tower building (Chicago) 200 Seashells 547 Seawater as conductor 806 Seawater, as conductor 806 Seawater, density of 457 464 641 Seawater, saltiness of 1420 second 5—6 29 Second condition for equilibrium 355 Second law of thermodynamics, Carnot cycle 684—690 Second law of thermodynamics, directions of thermodynamic processes 673—675 Second law of thermodynamics, entropy 690—697 Second law of thermodynamics, heat engines 675—678 Second law of thermodynamics, internal-combustion engines 678—680 Second law of thermodynamics, overview 682—683 684 Second law of thermodynamics, refrigerators 680—682 Second postulate on relativity 1269—1270 Second-order lines 1246 secondary 1080—1081 Secondary rainbows 1156 Sector velocity 397—398 Segre charts 1478 1484 Segre, Emilio 1478 Seismic waves 487 Selection 1531 Selection rules 1412—1413 1439 Self-excited oscillation 444 Self-induced emf, calculating 1038 Self-induced emf, changes be current and 1036 Self-induced emf, defined 1034 Self-inductance 1034—1038 Semi-major axis 397 Semiconductor devices 1455—1460 Semiconductor lasers 1330 Semiconductors for electronic devices 619 Semiconductors, compensated 1454 Semiconductors, defined 714 Semiconductors, energy band 1446—1447 Semiconductors, Hall effect and 943 Semiconductors, intrinsic 1453 semiconductors, N-type 1454—1455 Semiconductors, overview 1452—1455 semiconductors, P-type 1454—1455 Semiempirical mass formula 1477 Separation of variables method 1402 Series connections, capacitors in 820—821 Series connections, direct-current motor 942 Series connections, resistors in 882—886 Series L-R-C circuit, alternating-current circuits and 1070—1074 Series L-R-C circuit, inductance and 1049—1051 Series L-R-C circuit, power in 1077 Series L-R-C circuit, resonance in 1077—1078 Sharks 456 shear modulus 365 368 Shear strain 367—368 Shear stress 363 367—368 Shell model 1476—1478 shells 1405 1419—1421 1478 Sherrer, Paul 1354 Shin bone stress 381 SHM (simple harmonic motion) see "Simple harmonic motion" Shock absorbers 441 Shock hazards 901 1088 Shock waves 557—560 Short circuits, overview 901—902 Short circuits, power in 867 Short circuits, source with 861—862 Short-range order 618 1441 Shotguns 181 Shunt resistors 892 Shutter 1183 SI (International System) units for acceleration 120 SI (International System) units for activity 1487 SI (International System) units for amperes 966 SI (International System) units for amplitude 420 SI (International System) units for density 457 SI (International System) units for electric constants 717 SI (International System) units for entropy 691 SI (International System) units for force 6 108 120 SI (International System) units for frequency 420 1094 SI (International System) units for gravitational forces 385 SI (International System) units for impulse 249 SI (International System) units for intensity 1107 SI (International System) units for Kelvin scale 575 SI (International System) units for kinetic energy 188 SI (International System) units for mass 116 120 SI (International System) units for moment of inertia 297 SI (International System) units for momentum 248 SI (International System) units for mutual inductance 1032 SI (International System) units for period 420 SI (International System) units for power 199 SI (International System) units for pressure 458 SI (International System) units for resistance 854 SI (International System) units for stress 364 SI (International System) units for torque 317 SI (International System) units for volts 787 SI (International System) units for work 182 188 SI (International System) units of electric constants 717 SI (International System) units of Planck's constant 1323 SI (International System) units, British system of units 6 SI (International System) units, current flow 848 SI (International System) units, defined 4 SI (International System) units, sievert as 1489 SI (International System) units, unit prefixes 5 Sievert 1489 Sign rules 1159 Significant figures 9—10 Silence, sound of 543 Silicon 618 629 1452 Simple cubic lattice 1441 Simple harmonic motion (SHM), acceleration in 425—428 430—431 Simple harmonic motion (SHM), amplitude in 424 Simple harmonic motion (SHM), angular 433—434 Simple harmonic motion (SHM), angular frequency and 423—425 Simple harmonic motion (SHM), applications of 432—436 Simple harmonic motion (SHM), circular motion and 422—424 Simple harmonic motion (SHM), defined 421 Simple harmonic motion (SHM), displacement in 425—428 Simple harmonic motion (SHM), energy in 428—432 Simple harmonic motion (SHM), frequency and 424—425 Simple harmonic motion (SHM), momentum in 431—432 Simple harmonic motion (SHM), overview 421—428 Simple harmonic motion (SHM), period in 424—425 Simple harmonic motion (SHM), sinusoidal waves and 489 496 Simple harmonic motion (SHM), velocity in 425—428 430—431 Simple harmonic motion (SHM), vertical 432—433 Simple machines 208 Simple magnifier 1190 simple pendulum 436—439 Simultaneity, relativity of 1272—1273 Sine function 487 Single-loop circuits 888—889 Single-slit diffraction 1236—1243 1355—1357 Sinusoidal current 1062—1064 Sinusoidal waves 1361 Sinusoidal waves, acceleration in 496—497 Sinusoidal waves, defined 487 489 Sinusoidal waves, electromagnetic 1101—1106 Sinusoidal waves, energy in 1109 Sinusoidal waves, fields of 1102—1103 Sinusoidal waves, longitudinal waves 491 528 Sinusoidal waves, monochromatic light and 1208
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