Book, Paragraph

 1   I,  2 |            them to the motes in the air which we see in shafts of
 2   I,  2 |          them declared the motes in air, others what moved them,
 3   I,  2 |         others) held the soul to be air because he believed air
 4   I,  2 |             air because he believed air to be finest in grain and
 5   I,  2 |         soul also one (e.g. fire or air), while those who admit
 6   I,  5 |             soul when it resides in air or fire not form an animal,
 7   I,  5 |           question, why the soul in air is maintained to be higher
 8   I,  5 |         paradox to say that fire or air is an animal, and it is
 9   I,  5 |          with all its parts. If the air sucked in is homogeneous,
10   I,  5 |             exist in the inbreathed air, some other part will not.
11  II,  7 |         else; of this character are air, water, and many solid bodies.
12  II,  7 |          many solid bodies. Neither air nor water is transparent
13  II,  7 |           transparent because it is air or water; they are transparent
14  II,  7 |            is transparent, e.g. the air, and that, extending continuously
15  II,  7 |            in the case of sounds is air; the corresponding medium
16  II,  7 |             a quality found both in air and water, which serves
17  II,  7 |             sense of smell, and "in air" because man and all other
18  II,  7 |       smells only when they breathe air in. The explanation of this
19  II,  8 |         that sound is heard both in air and in water, though less
20  II,  8 |             the latter. Yet neither air nor water is the principal
21  II,  8 |             another and against the air. The latter condition is
22  II,  8 |     condition is satisfied when the air impinged upon does not retreat
23  II,  8 |        outrun the dispersion of the air, just as one might get in
24  II,  8 |             occurs, when, a mass of air having been unified, bounded,
25  II,  8 |   containing walls of a vessel, the air originally struck by the
26  II,  8 |          rebounds from this mass of air like a ball from a wall.
27  II,  8 |         mean by "the vacuum" is the air, which is what causes hearing,
28  II,  8 |           causes hearing, when that air is set in movement as one
29  II,  8 |          the surface with which the air is in contact at the other
30  II,  8 |           movement a single mass of air which is continuous from
31  II,  8 |           is physically united with air, and because it is in air,
32  II,  8 |           air, and because it is in air, the air inside is moved
33  II,  8 |           because it is in air, the air inside is moved concurrently
34  II,  8 |         moved concurrently with the air outside. Hence animals do
35  II,  8 |            admit of the entrance of air; for even the part which
36  II,  8 |         moved and can sound has not air everywhere in it. Air in
37  II,  8 |           not air everywhere in it. Air in itself is, owing to its
38  II,  8 |             its movement sound. The air in the ear is built into
39  II,  8 |             of the movements of the air outside. That is why we
40  II,  8 |           water cannot get into the air chamber or even, owing to
41  II,  8 |        reverberate like a horn; the air inside the ear has always
42  II,  8 |          contains a bounded mass of air.~Which is it that "sounds",
43  II,  8 |            be smooth, to enable the air to rebound and be shaken
44  II,  8 |            is a certain movement of air. The fish, like those in
45  II,  8 |            a space, (c) filled with air; hence it is only to be
46  II,  8 |          except those which take in air. Once air is inbreathed,
47  II,  8 |             which take in air. Once air is inbreathed, Nature uses
48  II,  8 |         what primarily requires the air drawn in by respiration
49  II,  8 |            when animals breathe the air must penetrate inwards.~
50  II,  8 |            impact of the inbreathed air against the "windpipe",
51  II,  8 |           do not breathe or take in air. Why they do not is a question
52  II,  9 |      through a medium, i.e. through air or water-I add water, because
53  II,  9 |             in others which take in air it probably has a curtain
54  II,  11|             could be constructed of air or water; it must be something
55  II,  11|          air-air being to bodies in air precisely what water is
56  II,  11|     observation, because we live in air, just as animals that live
57  II,  11|          condition as we are now to air or water in which we are
58  II,  11|       organs of touch and taste, as air and water are to those of
59  II,  11|              is meant (a) what like air possesses some quality of
60  II,  12|        sound of the thunder but the air which accompanies thunder.
61  II,  12| disintegrate, as in the instance of air, which does become odorous,
62  II,  12|          the answer that, while the air owing to the momentary duration
63 III,  1 |           the simple elements, e.g. air and water (and this is so
64 III,  1 |          the sense-organ is made of air, and air is a medium both
65 III,  1 |     sense-organ is made of air, and air is a medium both for sound
66 III,  1 |            as e.g. water as well as air can transmit colour, both
67 III,  1 |           simple elements two only, air and water, go to form sense-organs (
68 III,  1 |         organ of hearing is made of air, and the organ of smell
69 III,  1 |           anything except water and air); and if these sense-organs
70 III,  7 |           is like that in which the air modifies the pupil in this
71 III,  12|        beyond the object dipped: in air the disturbance is propagated
72 III,  12|     propagated farthest of all, the air acting and being acted upon,
73 III,  12|          reflected, to say that the air, so long as it remains one,
74 III,  12|             On a smooth surface the air possesses unity; hence it
75 III,  13|             element such as fire or air. For without touch it is
76 III,  13|            which, since it lives in air or water, or generally in