A Harmony of the Four Gospels: In which the Natural Order of Each is Preserved. With a Paraphrase and Notes, Volume 2J. Ritchie, 1952 - Bible |
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Page 266
... according to the same law with those parts of the fluid that are at the same or equal distances from the centre of the vortex . COR . I. Therefore a solid revolving in a vortex , and continually going round in the same orbit , is ...
... according to the same law with those parts of the fluid that are at the same or equal distances from the centre of the vortex . COR . I. Therefore a solid revolving in a vortex , and continually going round in the same orbit , is ...
Page 363
... according to Dr. Hooke , or as 2 to 23 according to M. Gottignies . And , therefore , the distance of the comet from the second star in Aries was 8 ' 16 " according to Dr. Hooke , or 8 ′ 5 ′′ according to M. Gottignies ; or , taking a ...
... according to Dr. Hooke , or as 2 to 23 according to M. Gottignies . And , therefore , the distance of the comet from the second star in Aries was 8 ' 16 " according to Dr. Hooke , or 8 ′ 5 ′′ according to M. Gottignies ; or , taking a ...
Page 598
... according to the Lemma quoted a little before . I have investigated thus , in minute detail , the properties of the irregular refraction of this crystal , in order to see whether each phenomenon that is de- duced from our hypothesis ...
... according to the Lemma quoted a little before . I have investigated thus , in minute detail , the properties of the irregular refraction of this crystal , in order to see whether each phenomenon that is de- duced from our hypothesis ...
Contents
of Natural Philosophy page | 1 |
BIOGRAPHICAL NOTE K15 ix | 5 |
AXIOMS OR LAWS OF MOTION | 14 |
Copyright | |
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accelerative altitude angle appear apse arise ascend attracted axis blue body centre of gravity centripetal force circle colours comet common centre compounded conic section corpuscle cycloid cylinder density descent described diameter difference diminished distance diurnal motion drawn earth ellipse equal equation figure fluid focus force of gravity given ratio glass globe greater greatest Hence hole hyperbola inches infinitum inversely Jupiter latus rectum LEMMA length less let fall light mean motion medium moon moon's move nodes nonresisting obliquely observed orbit oscillations parabola parallel particles pass pendulum perpendicular plane principal vertex prism Prop proportional PROPOSITION quadratures quantity radius rays rectangle reflected reflexion refraction refrangible resistance revolve right line rings SCHOLIUM semidiameter side sine space sphere spherical square root sun's suppose surface syzygies tangent thence THEOREM uniformly velocity vertex vessel violet weight whole