Book,  Paragraph

 1   I,  1 |           which is divisible into parts always capable of subdivision,
 2   I,  1 |       bodies which are classed as parts of the whole are each complete
 3   I,  1 |           whole of which they are parts must necessarily be complete,
 4   I,  2 |           will now speak of those parts of the whole which are specifically
 5   I,  3 |       bodies of animals and their parts and with vegetable bodies,
 6   I,  3 |           or in any of its proper parts. The common name, too, which
 7   I,  7 |          similar or of dissimilar parts. If its parts are dissimilar,
 8   I,  7 |          dissimilar parts. If its parts are dissimilar, they must
 9   I,  7 |           kinds, then each of its parts must necessarily be infinite
10   I,  7 |       exist as a whole of similar parts. For, in the first place,
11   I,  7 |  considered as a whole of similar parts, cannot, on the one hand,
12   I,  7 |   Leucippus think, in the form of parts separated by void, there
13  II,  2 |          all such distinctions of parts as this of right and left
14  II,  2 |      heaven such a distinction of parts, we must exect, as we have
15  II,  2 |          own members, such as the parts of a statue possess; or
16  II,  2 |          to speak of the opposite parts as right and left, a boy
17  II,  2 |           and left within it, all parts being alike and all for
18  II,  2 | discussion of the distinctions of parts created by the three dimensions
19  II,  4 |      whole by cutting it into its parts, but division of another
20  II,  4 |           of another fashion into parts different in form. It is
21  II,  6 |           slow to fast, or in its parts. That there is no irregularity
22  II,  6 |         is no irregularity in the parts is obvious, since, if there
23  II,  9 |          to a moving body, as the parts to a ship, can no more create
24  II,  13|         cannot be confined to the parts; it concerns the whole universe.
25  II,  13|   whirling" movement by which its parts came together at the centre
26  II,  13|          is a point, it will have parts. The expansion, when the
27  II,  14|          rise and set in the same parts of the earth.~Further, the
28  II,  14|       centre, and the jostling of parts greater and smaller would
29  II,  14|           the centre. Whether the parts which came together at the
30  II,  14|         is continuity between the parts about the pillars of Hercules
31  II,  14|       pillars of Hercules and the parts about India, and that in
32 III,  1 |          the first heaven and its parts, the moving stars within
33 III,  1 |         heaven as a whole and its parts, animals, again, and plants
34 III,  1 |       again, and plants and their parts. By attributes and functions
35 III,  1 |          It is impossible, if two parts of a thing have no weight,
36 III,  1 |          no weight can consist of parts not possessing weight. For
37 III,  1 |       number and character of the parts which will produce weight?
38 III,  4 |       divisible into homoeomerous parts; examples are flesh, bone,
39 III,  4 |       conformation is composed of parts like itself. Obviously then
40 III,  4 |        sphere has eight pyramidal parts. The figures must have their
41 III,  5 |           the body with the finer parts must have priority in the
42 III,  5 |          since a thing with small parts is fine and a thing with
43 III,  5 |       fine and a thing with large parts coarse. For that which spreads
44 III,  5 |           thing composed of small parts is so spread out. In the
45 III,  5 |  greatness and smallness of their parts. This method of distinction
46 III,  5 |         that which has the finest parts, so all solid figures are
47 III,  5 |      primary and has the smallest parts; and the primary body must
48 III,  5 |           it as the of the finest parts, which in combination will
49 III,  5 |           and of all bodies whose parts are relatively fine. (2)
50 III,  5 |       that which has the smallest parts is the element. Further,
51 III,  6 |        one another in the various parts. It will follow that there
52  IV,  2 |       greater number of identical parts is relatively heavy, while
53  IV,  2 |         are composed of identical parts and of a single material.
54  IV,  2 |        fewer of these homogeneous parts and to be heavier is to
55  IV,  2 |       being in the number of such parts, which must therefore explain
56  IV,  2 |           equal number of primary parts: for that would give equality
57  IV,  2 |        that the primary or atomic parts, of which bodies endowed
58  IV,  2 |     composed of a number of solid parts equal to, or even smaller
59  IV,  4 |  difference of their uncompounded parts: that is to say, according
60  IV,  4 |          need only speak of these parts, since they are primary