Book,  Paragraph

 1   I,  1 |    concerns itself for the most part with bodies and magnitudes
 2   I,  1 |   determined relatively to that part which is next to it by contact,
 3   I,  3 |       of what has been said, in part by way of assumption and
 4   I,  3 |        way of assumption and in part by way of proof, it is clear
 5   I,  3 |         of the whole and of its part of earth, for instance,
 6   I,  3 |       own, either itself or any part of it, since the reasoning
 7   I,  3 |       whole applies also to the part.~It is equally reasonable
 8   I,  6 |        from the infinite mass a part BD of weight E. Then let
 9   I,  7 |         a certain time, and the part of this infinite, E, cannot
10   I,  7 |          so is E to some finite part of B. This part will necessarily
11   I,  7 |     some finite part of B. This part will necessarily be moved
12   I,  9 |         it is composed not of a part but of the whole of matter,
13   I,  11|      also a power to effect any part of the maximum-since we
14   I,  12|     once for all, is to destroy part of the data. For (1) everything
15  II,  2 |   taking principle to mean that part, in a thing capable of movement,
16  II,  2 |         for front is simply the part to which the senses are
17  II,  2 | inanimate thing do we observe a part from which movement originates.
18  II,  3 |      the same character as that part? Because there must be something
19  II,  3 |       body; and of that body no part can be at rest, either elsewhere
20  II,  4 |        a thing outside which no part of itself can be found,
21  II,  6 |    proper places, and no single part occupies its own place.
22  II,  7 |        and particularly in that part where the sun is attached
23  II,  8 |         dependent or projecting part, as a rectilinear figure
24  II,  11|         wanes show for the most part a crescent-shaped or gibbous
25  II,  12|       by the bright and shining part. Similar accounts of other
26  II,  13|         that the most important part of the world, which is the
27  II,  13|         sun rises and sets, the part concealed by the earth shows
28  II,  13|  obviously be the case with any part of it. But observation shows
29  II,  13|       fire to the corresponding part of the extremity, each fourth
30  II,  13|      the extremity, each fourth part, for instance, to a fourth
31  II,  13|       for instance, to a fourth part of the circumference. For
32  II,  14|     movement; but in fact every part moves in a straight line
33  II,  14|  natural movement of the earth, part and whole alike, is the
34  II,  14|       to the point to which the part naturally moves. Since,
35  II,  14|  compression and convergence of part and part until the centre
36  II,  14|         convergence of part and part until the centre is reached.
37 III,  1 |          then, that the greater part of the inquiry into nature
38 III,  1 |      lines of points, so that a part of a line need not be a
39 III,  1 |   follow that every indivisible part possesses weight. For suppose
40 III,  2 |        there is no reason why a part of B should not stand in
41 III,  2 |      the whole distance CE, the part must in the same time move
42 III,  2 |  subtract from the heavy body a part which will in the same time
43 III,  5 |         will have to say that a part of fire is not fire, because
44 III,  5 |   composed of elements, since a part of fire will be neither
45 III,  7 |      divisible there would be a part of fire which was not fire
46 III,  7 |        which was not fire and a part of earth which was not earth,
47 III,  7 |       the reason that not every part of a pyramid is a pyramid
48 III,  7 |    element alone should have no part in the transformations,
49 III,  7 |        pyramid. Either, then, a part of fire is not fire, so
50  IV,  1 |     these questions is a proper part of the theory of movement,
51  IV,  2 |       inquiry have for the most part spoken of light and heavy
52  IV,  3 |         movement of each single part is also that of the whole.