Book,  Paragraph

 1   I,  3 |          simple bodies cannot be greater than it is. The motion of
 2   I,  5 |          always go on to a width greater than any given width; thus
 3   I,  6 |        the smaller goes into the greater a certain number of times,
 4   I,  6 |       proportion to BD which the greater weight bears to the smaller.
 5   I,  6 |          of the lesser mass, the greater must be that of the greater.
 6   I,  6 |      greater must be that of the greater. The weights, therefore,
 7   I,  6 |        Again, if the weight of a greater body is greater than that
 8   I,  6 |      weight of a greater body is greater than that of a less, the
 9   I,  6 |         the weight of GB will be greater than that of FB; and thus
10   I,  6 |     weight of the finite body is greater than that of the infinite.
11   I,  6 |          full size of BD will be greater than C. We thus arrive at
12   I,  6 |      proportion as the weight is greater. But there is no proportion
13   I,  6 |        hold between a less and a greater finite time. And though
14   I,  6 |       body could have been found greater than the given finite in
15   I,  7 | alteration of less by less or of greater by greater takes the same
16   I,  7 |         by less or of greater by greater takes the same time, if
17   I,  7 |      obtains between the agents, greater and less. If so, no movement
18   I,  7 |       the assumption is that the greater effects it in a shorter
19   I,  7 |     produces a given effect on a greater and a smaller mass in longer
20   I,  8 |         fact is the reverse: the greater the mass of fire or earth
21   I,  11|         is also incapable of any greater amount. It is, for instance,
22   I,  11|      sound will perceive what is greater. This, however, does not
23   I,  11|    superior speed is that of the greater body.~
24  II,  5 |     succeed in finding proofs of greater precision, gratitude will
25  II,  8 |          star which moves on the greater circle is necessarily swifter,
26  II,  8 |   coincidence in every case of a greater circle with a swifter movement
27  II,  13|          are not seen to involve greater absurdities than the problem
28  II,  14|         it would require a force greater than itself to move it,
29  II,  14|        and the jostling of parts greater and smaller would bring
30  II,  14|         from every side. For the greater quantity, finding a lesser
31  II,  14|      goal is the centre, and the greater weight driving the lesser
32  II,  14|          touches the centre. The greater quantity must prevail until
33  II,  14|        to equalize itself by the greater owing to the forward drive
34 III,  1 |          obvious, then, that the greater part of the inquiry into
35 III,  1 |      further, when one weight is greater than another, the difference
36 III,  2 |       distance CE, which will be greater since the heavy thing must
37 III,  2 |     weightless body will cover a greater distance than any that is
38 III,  5 |     bodies may be repeated among greater bodies.~Those who start
39 III,  5 |     quantity is contained in the greater. Therefore the air element
40 III,  5 |   movement. With this motion the greater their quantity the more
41 III,  5 |    proportion as its quantity is greater, moves faster with the upward
42 III,  6 |          effect is produced by a greater quantity upon a lesser,
43 III,  7 |   division cfpies of necessity a greater space. It is inevitable,
44  IV,  2 |         which is composed of the greater number of identical parts
45  IV,  2 |          upward. If it were, the greater the quantity of fire the
46  IV,  2 |        the contrary, is that the greater the quantity, the lighter
47  IV,  2 |          again, that the body of greater bulk is sometimes lighter
48  IV,  2 |       the upward movement of the greater is quicker than that of
49  IV,  6 |        so wide a surface and the greater quantity is less easily
50  IV,  6 |    considerations apply with far greater force to air, since it is