Book,  Paragraph

 1   I,  2 |           is proportionate to its distance from this world of ours.~
 2   I,  4 |          we invariably regard the distance between two points as the
 3   I,  5 |          consequently also of the distance traversed. This applies
 4   I,  6 |        given weight moves a given distance in a given time; a weight
 5   I,  6 |           and more moves the same distance in a less time, the times
 6   I,  6 |       weight traverses any finite distance in a finite time. It necessarily
 7   I,  6 |           have traversed an equal distance in equal time. But that
 8   I,  6 | necessarily move a certain finite distance in that same time. Infinite
 9   I,  8 |          say that a thing is this distance away or that? One would
10   I,  8 |   difference proportionate to the distance and increasing with it,
11  II,  3 |         inquiries at a distance-a distance created not so much by our
12  II,  8 |         the sun itself but to the distance from which we observe it.
13  II,  8 |          quivering because of the distance and its excessive extension;
14  II,  10|        which they exhibit, on the distance of each from the extremity.
15  II,  10|          remote, by reason of its distance, which is least affected,
16  II,  10|   mathematicians show, with their distance.~
17  II,  12|     movement proportionate to its distance from the primary motion.
18  II,  12|          are placed at so great a distance from the facts in question.
19  II,  13|          out of account the great distance of the sun from the earth
20  II,  13| circumference, which, seen from a distance on these apparently small
21  II,  14|         are thrown to an infinite distance. From these considerations
22 III,  2 |       weightless body to move the distance CD, while B in the same
23 III,  2 |           the same time moves the distance CE, which will be greater
24 III,  2 |         the whole moves the whole distance CE, the part must in the
25 III,  2 |         in the same time move the distance CD. A weightless body, therefore,
26 III,  2 |         weight will move the same distance, which is impossible. And
27 III,  2 |     weightless body, be moved the distance CE, and B, which has weight,
28 III,  2 |        moved in the same time the distance CD. Dividing the heavy body
29 III,  2 |         in the same time move the distance CE, since the whole moved
30 III,  2 |           body will move the same distance as the heavy in the same
31 III,  2 |         body will cover a greater distance than any that is suggested,