History of the Inductive Sciences: VI. Mechanics, including fluid mechanics. VII. Physical astronomy. VIII. Acoustics. IX. Optics, formal and physical. X. Thermotics and atmologyJohn W. Parker, 1847 |
Contenido
62 | |
68 | |
73 | |
80 | |
92 | |
98 | |
108 | |
121 | |
124 | |
133 | |
160 | |
195 | |
205 | |
213 | |
223 | |
251 | |
260 | |
266 | |
272 | |
277 | |
282 | |
288 | |
396 | |
406 | |
413 | |
420 | |
423 | |
426 | |
438 | |
449 | |
461 | |
467 | |
480 | |
492 | |
515 | |
524 | |
538 | |
545 | |
552 | |
556 | |
566 | |
575 | |
582 | |
588 | |
Otras ediciones - Ver todas
Términos y frases comunes
already analytical angle appears applied Aristotle asserted astronomers attraction Bernoulli bodies calculation Cartesian cause Clairaut colours comet conceived consequence considered crystal curve D'Alembert Daniel Bernoulli degree Descartes determined difficulty discovered discovery doctrine double refraction Double Stars earth effect elliptical errour Euler experiments explained facts Flamsteed fluid force Fresnel Galileo gravity Halley heat Huyghens hypothesis Iceland spar Inclined Plane inequalities James Bernoulli John Bernoulli Jupiter Kepler labours Lagrange Laplace Law of Motion light lunar manner mathematical mathematicians means measure mechanical Memoir ment method mode moon moon's nature Newton Newtonian theory Nodal Lines nodes notice Nutation observations obtained optical orbit particles period phenomena philosophers physical planets polarization Principia principles problem produced proposition published rays reasoning result satellites says Sect seen solution sound stars string supposed surface Tables tion Trans truth undulations undulatory theory velocity vibrations vis viva vortices