Book, Paragraph

 1   I,  3|             of ether. In the latter point he was right, for men seem
 2   I,  3|            but we may return to the point now.~If the intervals were
 3   I,  3|            For clouds gather at the point where the reflected rays
 4   I,  3|        generates heat. From another point of view we may look at the
 5   I,  4|              it catches fire at the point at which it is most inflammable.
 6   I,  6|            it reappears at the same point. It gets clear of the sun
 7   I,  6|             a rational proof of our point. It is true that some stars
 8   I,  7|          the fuel would stop at the point where the latter was densest,
 9   I,  8|            would appear at the same point in the mirror. But if the
10   I,  8|          constellations and at that point in the circle at which they
11   I,  8|          you look up to the sky the point is clear. For in this circle
12  II,  1|          from a vessel, but a first point at which the water which
13  II,  2|        their flow, many at the same point, but some at a point opposite
14  II,  2|           same point, but some at a point opposite to that from which
15  II,  3|           have dwelt longer on this point than it deserves.~To return
16  II,  6|          See diagram.)~Let A be the point where the sun sets at the
17  II,  6|           at the equinox and B, the point opposite, the place where
18  II,  6|           right angles, and let the point H on it be the north and
19  II,  6|        blows from A, this being the point where the sun sets at the
20  II,  6|        Apeliotes blowing from B the point where the sun rises at the
21  II,  6|           is its contrary; for this point is the south and O is contrary
22  II,  6|             For Lips blows from the point where the sun sets at the
23  II,  6|             from D, coming from the point where the sun rises at the
24  II,  6|         Sciron. This blows from the point where the sun sets at the
25  II,  6|             a wind blowing from the point M which is diametrically
26  II,  6|      Thrascias corresponding to the point I has not, for then there
27  II,  6|            wind blowing from N, the point which is diametrically opposite. (
28  II,  6|          Phoenicias blows from that point.)~These are the most important
29  II,  6|         sailors making for the same point.~Contrary winds commonly
30  II,  8|            When the earth is on the point of being interposed, but
31  II,  8|           its sphere approaches the point at which the eclipse is
32 III,  3|             the same way from every point the result is necessarily
33 III,  3|           lines start from the same point and end at the same point
34 III,  3|           point and end at the same point and are equal, the points
35 III,  3|         each of which goes from the point A to the point B and forms
36 III,  3|             from the point A to the point B and forms an angle. Let
37 III,  3|             and meeting at a single point E. So if you draw the line
38 III,  3|            each of the mirrors as a point indivisible to sense. The
39 III,  4|      follows that when it is on the point of raining and the air in
40 III,  4|       violet; yellow appears at the point Y. Three rainbows or more
41 III,  5|           be K and let H be another point appearing on the horizon.
42 III,  5|     appearing on the horizon at the point H, and let KM be reflected
43 III,  5|             drawn from H and K to a point on the semicircle A are
44 III,  5|          the same points to another point on that semicircle can have
45 III,  5|             K, H be joined with the point P by the lines HP, KP, these
46 III,  5|     circumference MN but to another point as well, which is impossible.
47 III,  5|         from the points H, K at the point M will have the same ratio,
48 III,  5|         will fall on HI at the same point and will be equal. Let O
49 III,  5|         will be equal. Let O be the point on which they fall. Then
50 III,  5|            the horizon AG since the point H has risen above the horizon.
51 III,  5|             is such that before the point H reaches the middle of
52 III,  5|            of that arc, that is its point of culmination, the point
53 III,  5|           point of culmination, the point is well below the horizon;
54 III,  5|          consequent distance of the point of culmination from the
55 III,  5|             the meridian before the point H has risen far.~
56  IV,  6| manufactured iron does melt, to the point of becoming fluid and then
57  IV,  9|             it divides to a further point than that to which the dividing