Book,  Paragraph

 1   I,  1 |        is a line, if two ways a surface, and if three a body. Beyond
 2   I,  1 |        we passed from length to surface, and from surface to body.
 3   I,  1 |     length to surface, and from surface to body. For if we could,
 4   I,  3 |         that which rises to the surface of everything that moves
 5   I,  5 |         so only in length, so a surface cannot be infinite in that
 6   I,  6 |         body which rises to the surface involves infinite lightness.)
 7   I,  8 |         body which rises to the surface; since, if not here, it
 8  II,  4 |         is embraced by a single surface, while rectilinear solids
 9  II,  4 |        possessing more than one surface: for the division into surfaces
10  II,  4 | contiguous with them-and if the surface of water is spherical, and
11  II,  4 |  heavens are spherical. But the surface of water is seen to be spherical
12  II,  4 |         circular: therefore the surface of the water BEC is spherical.~
13  II,  13|      Indeed, as in any case the surface of the earth is not actually
14  II,  13| produced by the flatness of the surface which the earth presents
15  II,  13|      the middle and stay on the surface respectively. Thus, before
16  II,  14|         bring about not a waved surface, but rather compression
17  II,  14|         the form of the earth’s surface, which is therefore spherical.
18 III,  1 |      For a thing is soft if its surface can be pressed in, hard
19  IV,  1 |        any point on the earth’s surface a man by advancing far enough
20  IV,  4 |         that which rises to the surface of all things. I use the
21  IV,  4 |    since while they rise to the surface of some bodies they sink
22  IV,  4 |  portion of either rises to the surface of it-but heavier than fire,
23  IV,  4 |       any quantity rises to the surface of water, while water in
24  IV,  4 |         in air but rises to the surface in water.~The following
25  IV,  4 |         body which rises to the surface of all things-and we observe
26  IV,  4 |  extremity and thus rose to the surface of all moving things. In
27  IV,  4 |     every side with the earth’s surface: it must therefore be directed
28  IV,  4 |         that which rises to the surface moves to the extremity of
29  IV,  4 |         that which rises to the surface. This also gives a reasonable
30  IV,  5 |          while air rises to the surface of all things except fire.
31  IV,  5 |         only which rises to the surface of all things and one only
32  IV,  5 |     some bodies and rise to the surface of others. The kinds of
33  IV,  5 | lightness among bodies to whose surface they rise. Hence when a
34  IV,  5 |      air which has had a common surface with it is swift enough
35  IV,  5 |        at all, because a common surface is not possible to it. Hence
36  IV,  5 |         its own place or to the surface of the body in which it
37  IV,  6 |    because they cover so wide a surface and the greater quantity
38  IV,  6 |         occupy so little of the surface, which is therefore easily
39  IV,  6 |         force of the continuous surface, there must be some ratio
40  IV,  6 |   weaker, will it ride upon the surface.~We have now finished our