Book,  Paragraph

 1   I,  2 |            or limited in its total mass, is a matter for subsequent
 2   I,  6 |         the infinite body a finite mass, BD, the weight of which
 3   I,  6 |          is the weight of a lesser mass. Suppose then that the smaller
 4   I,  6 |       weight is that of the lesser mass, the greater must be that
 5   I,  6 |        with the weight or with the mass. For example, assume the
 6   I,  6 |         and take from the infinite mass a part BD of weight E. Then
 7   I,  6 |            of weight E. Then let a mass BF be taken having the same
 8   I,  6 |           to one another. (For the mass being infinite you may subtract
 9   I,  6 |            will be commensurate in mass and in weight alike. Nor
10   I,  6 |    demonstration whether the total mass has its weight equally or
11   I,  6 |          to take from the infinite mass a body of equal weight to
12   I,  6 |        question. Even if the total mass is not infinite, it may
13   I,  7 |            a greater and a smaller mass in longer and shorter times,
14   I,  7 |            same place as the whole mass of earth, and a spark to
15   I,  7 |            same place as the whole mass of fire. So that if it be
16   I,  8 |           that case the larger the mass of fire or earth the slower
17   I,  8 |           reverse: the greater the mass of fire or earth the quicker
18   I,  9 |       never come to be, any bodily mass whatever outside the circumference.
19  II,  9 |            in a generally diffused mass of air or fire, as every
20  II,  11|       movement. Clearly then their mass will have the form of a
21  II,  13|            earth, stays there in a mass, like the water in the case
22  II,  13|           will move, only not as a mass but in fragments. For the
23  II,  13|            not, however, move in a mass to a single point on the
24  II,  14|         obvious that the resulting mass would be similar on every
25  II,  14|          side the extremity of the mass will be everywhere equidistant
26  II,  14|            in motion, whether in a mass or in fragments, necessarily
27  II,  14|          not only that the earth’s mass is spherical in shape, but
28 III,  2 |        absence of any pre-existing mass generation is impossible.
29 III,  4 |          number and indivisible in mass: one cannot turn into many
30 III,  5 |           ratio, so that the total mass of water, for instance,
31 III,  5 |            is related to the total mass of air as the elements of
32 III,  7 | unsatisfactory. We do not expect a mass of matter to be made heavier
33 III,  8 |           if it did, the contained mass would not be in continuous
34  IV,  2 |          quantity, the lighter the mass is and the quicker its upward
35  IV,  2 |          above downward, the small mass will move quicker and the
36  IV,  2 |          would follow that a large mass of gold, as containing more
37  IV,  2 |  containing more void than a small mass of fire, is lighter than
38  IV,  2 |            less solid than a large mass of fire. And similarly,
39  IV,  2 |         the downward movement of a mass of gold or lead, or of any