Elements of Natural Philosophy: Being an Experimental Introduction to the Study of the Physical Sciences

Přední strana obálky
Lea and Blanchard, 1848 - Počet stran: 402
 

Obsah

Laws of capillarity
20
Different forms of motion 54 55
35
Weight
39
Momentum 71
45
Centre of gravity
57
General Properties of Nonelastic Fluids
85
Gravitation influencing falling bodies
87
Formulæ for fluid pressure
91
Motion of projectiles
93
Motion opposed by resisting media
95
Determination of the absolute weights of given bulks of bodies
101
Motion of bodies in curved paths 1012
103
1724
108
Centre of oscillations and percussions
112
Weight and elasticity of the air 181
113
Achromatism 628
117
Ratio of power to resistance
118
Ratio of velocity of power and resistance 1201
125
Systems of pulleys 12930
131
ELECTRICITY
157
Effects of fracture of magnets 257
159
Compass needle 261
165
Determination of heights by the barometer
188
Experiments illustrating elasticity and pressure of the air
194
Polarization by reflection polariscope 669
199
Ratio between velocity of fluids and diameter of channels
200
Waves or undulations of air 2067
208
Wirtemberg syphon Tantaluss cup
214
Difference between tones and noises
218
Communication of sonorous vibrations
224
Interference of sonorous undulations 2301
234
Lengths of sonorous waves
240
Vibrations of fixed rods
246
Positive and negative conductors 429
249
Declination of the magnet
264
Horary variations
270
CHAPTER X
276
Excitation of magnetism 27780
281
Discovery of diamagnetism 28790
293
Decomposition of electrolytes 439
294
MAGNETISM
297
Nonconducting idioelectric and conducting anelectric bodies
300
Leaning towers of Pisa and Bologna
304
Formula of Ampere 464
305
Coulombs tension electrometer
307
Table of excited electrics
308
Decomposition of the combined electricities by induction
316
Electrophorus
322
Description of the cylindric machine
328
Excitation of thermoelectric currents by two metals 513
331
Positive and negative sparks the effect of discharge
334
Condensing electrometer
374
Apparatus for detecting atmospheric electricity
380
Experiments of Cavallo and Crosse
383
CHAPTER XXIII
388
Paratonnerres illustrated
390
Calculation of dispersive powers of bodies
395
Table of elementary bodies
396
Size of conducting plate
403
Grovess arrangement
409
General Properties of Magnets
414
Combinations of plates
415
37
418
Wedge 1356
421
Conducting powers of different metals
422
Planes of polarization defined 662
427
Reduction of temperature by currents
428
Extinction of polarized light by glass agate and tourmaline 673
430
Lines of no polarization 706
432
Tints seen in selenite 685
438
Natural and artificial magnets 252
439
Evolution of elements
440
Lecounts polariscope 707
445
Reduction of lead
446
Effects of revolving the selenite 687
448
Electrolysis by frictional electricity
454
39
456
Electrolysis of fused compounds
460
Molecular seat of 693
463
Law of intensity of action
465
Mode of obtaining 727
469
Mutual reaction of electric currents
473
Action of the earth upon rectangles
479
Rotating electromagnetic bars
486
General conditions of induction
492
41 42
494
Magnetic lines of force 253
495
Shock from secondary or induced currents
498
Mode of exhibiting the electromagnetic spark
509
Radiant Heat 827
513
Optical Apparatus and the Eye considered as an Optical Instrument
515
Faradays researches on the gymnotus
525
862
530
Vallis experiments
531
iodoargentotype 873
536
Connection of electricity and vitality
537
Chemical influence of heat 825
541
Anthotype 887
543
La Graves and Baconios piles
544
Solid liquid and gaseous matter
545
Parathermic rays 888
549
Animal levers 1389
550

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