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| Mason G.W., Griffen D.T., Merrill J. — Physical Science Concepts |
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| Предметный указатель |
Radioactive half-life 228 230 235 288 378
Radioactive materials 227-230 237
Radioactivity 140 224 227-228 230-231 236 285 287 312
Radiometric dating 285-289 321-322 331 334
Rayed crater 276
Reactants 175 177-179 188 216 220
Reason 2
Receding 80-84 252 340 342
Red giant 257-258 261-262
Reductionism 12 18
Reflection 118-119 121-122 125-126 132 184 246 295
Refraction 119 121-122 125 130 132 293 383
Relative dating 279-282 284 287-289 383
Relativistic mass 82 84
replacement 329-330 334
Rest mass 82-84 225 364
Resultant force 21 25 53 358
Reversals 308
Reverse polarity 308-309
Reversible (and irreversible) process 105
Ribonucleic acid 208 212
Ribose 204 208 210 212-213
Ribosomes 217-218 220-221 377
RNA 208 210 212 214 216-218 220-221 377
Roemer, Ole 123 129
Rubin, Vera 249
Rules 347
Running water 266 270 337 340-342 344-346
Runoff 337-339 345 385
Russell, Bertrand 112
Russell, H. N. 245
Rutherford experiment 136-137 141 237 378
Rutherford model 137 141
Rutherford, Daniel 167
Rutherford, Ernest 136-137 140-141 155 159 163 166 224 231 237 378
S waves 292-295 298-299
Salt 186-188 189
Sand dunes 266 341
Sandstone 270-271 276 280-281
Saturn 15 266-268 275
Scheele, K. W 167
Schmidt, Brian 251-252
Schroedinger, Erwin 150 157
Scientific laws 42-43
Seafloor spreading 307 309 312-313 325
Seamounts 273
Second law of motion 23-27 29 36 42-45 48 53 347 355-358 362
Second law of thermodynamics 106 111-113 148
Secondary waves 292 300
Sedimentary rocks 270-271 279-281 287-288 304 317 327 331 334 382
Seismic discontinuity 294 299 383
Seismic tomography 316 324
Seismic waves 292-295 297 299-300 316 324 383
Seismic waves and earth structure 292
Seismometers (seismographs) 293 299
Self-evident truths 2 8 67 128
Semiconductors 33 35 91
Sensory data 2 353
Shadow zone 294-295 300
Shale 270-271 276
Shapley, Harlow 245
Shear 48 90-91 94 116-117 121-122 189 292 295 299-300 365 368
Shear waves 116-117 121-122 292 295 300
shearing 90 93
Shearing force 93
Shield 65 271-272 275-276 302 312 322-325 361
shooting stars 269 276
Silicate 196-197 295 300 343
Simplest formulas 178
simplicity 3 5 8 72 79 138 358
Simultaneity 77-78 84
Simultaneous 71 77-79 84 152
Sinkholes 341
slate 270-271 276
Smith, William 265 280 328
Solar system 263-265 276
Solar system model 137-138 141
Solar wind 265 276 343
Solid inner core 14 17 294-295
Solids 88 93
Source of radiation 124
Spacetime 75-77 79-81 83-84 238-239 247-249 252-253 258-259 363
Special principle of relativity 67 71-73 77 83 362
Special theory of relativity 63-64 75-76 79-80 82-85 123 247 252 363
Specific gravity 50 53-54 88-89
Spectrum (continuous or discrete) 89 92-93
speed of light 43 75-77 79-85 123-124 129-131 225 246-247 359 363-364 369 380
Spin 57 69 72 263-264 276 363 382
Spin (electron) 156-158 160 306
Spreading centers 316-317 321 323-324 384
Stable platform 271-272 275-276 323
Standard 22-23 25 79 83 306
standing waves 155-156 159-160
Stars 255-262
States of matter 63 88 92 96 103 107
| Steady state model (of universe) 243 251 253-254 380
Stellar parallax 70-72 74 363
Stradonitz, Friedrich August Kekule von 203
Strassman, Fritz 239
Strong force 12-14 17-18 34 256 378-379
Strong interaction 17 230 233-234 237-241 261 379-381
Structural formula 202 212
Structural trends 303
Subduction 318-321 323-325 384
Subduction zone 318-320 323-324 384
Suess, Eduard 301
Sugars 204 207-208 212-215
Supernova 245 258 261 382
Supernova Type la 246 251
Superposition 122 279-280 287-289 383
Surface waves 115-116 121 292 300
Suture 320 322-325 332
Suture zone 320 323-325
Symmetry 2-3 8-9 67-69 71-72 74 80 83 284 288 332 353 362-363
Symmetry principles 67 71-72 74
Szilard, Leo 239
Tectonic system 315 321 337-339 342-343 345 385
Temperature 97-98 103
Tension 90-91 93-94 112 365
Tension force 93
Terrestrial planets 266-267 276-277
Thales (of Miletus) 166
thermal conductivity 184-185 188-189 374
Thermal energy 97 103
Third law of motion 23-25 27 30 35 40-41 43 53 355 358
Thompson, Benjamin (Count Rumford) 62
Thomson model 136 141
Thomson, George 150
Thomson, J. J. 136 141 150
Thomson, William (Lord Kelvin) 111 260-261
Tidal disintegration model 269 275
Time dilation 79-81 83-84 363
Time symmetry 3 8-9 71 284 288 353
torque 56-57 63-64 275
Trace fossils 330
Transfer RNA 218 220-221
Transform boundaries 320 324-325
Transform faults 320-321 323
Transparency 189
transparent 119 165 174 183 187-188 195 199 329 375-376
Transpired 337
Triangulation 244-245 253 380
Trilobites 288 304 313
Two-slit experiment 130 144-145 148
Types of waves 116 121 292 298
Ultraviolet 124
Unaltered hard parts 329 334
Uncertainty 146-149 151-152 225 296 371
Uncertainty principle 146-149 151-152 225 371
Uniform motion 19-20 23 25-26 56 67-74 76-77 80 83 353-354 362-363
Uniformitarianism 284 288-289 328 332
Universal law of gravitation 25 31 34-36 44 53 347 356 359
Uranus 15 263 266-268 275
Urey, Harold 219
Ussher, James 284
valence electrons 166 169-171 178 183 185-186 188-189 193-195 197-198 201-202
Valley glaciers 339-340
Vector bosons 238-241
Vectors 21-22
Venus 15 263 266 275-276
Vine, F. J. 308-309
Vitalism 211-212
Water table 89 340-341 345
Watson.James 209-210 214 387
Watt, James 111
Wave 115-122
Wave model (of atom) 150 155 160-161 166 168-169 186 189 210-211 220 347 370
Wave phenomena 116 118 125
Wave phenomena of light 125
Wave speed 117-119 121-122
Wave-particle duality 128-129 131 144 151-153 160 168 189 197 201 211 220 230 240 370 376
Wavelength 117-118 120-122 124-126 131 143 145-147 155 184 246 368-369 371
Waves of probability 131 145 151 155 160 228
Way science works 141 309
Ways to increase order 108
Weak force 12-13 17-18 315
Weak interaction 230 233 237-239 241
Wegener's hypothesis 306
Wegener, Alfred 301-304 306-307 309 311 315
Weight 29 35
White dwarf 258 261-262 382
Wilson, Robert 250
Winckler, C. 165
Wind 11 52 68 103 265 276 337 341-346
Work 60-61 64
Worldlines 76
Wright, Thomas 260
X-ray 124
Young, Thomas 130
Zeno 251
Zinn, Walter 239
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