Book, Paragraph

 1   I, 1|             rain everywhere dark and cold;~ ~and he distinctively
 2   I, 3|              i.e. a "form", whereas "cold" is a privation, and that
 3   I, 6|          would not be cooled and the cold thing in turn be warmed:
 4   I, 6|              be warmed: for heat and cold do not change reciprocally
 5   I, 7|    understand why fire heats and the cold thing cools, and in general
 6   I, 7|          other times we say "what is cold is "being warmed", "what
 7   I, 8|              be, e.g. either hard or cold. Yet it is surely a paradox
 8   I, 8|            its "contrary" also ("the cold") is bound to belong to
 9   I, 8|           these properties (heat and cold) do belong to the "indivisibles",
10   I, 8|               indivisible" should be cold and that "indivisible" hot.
11  II, 1|        either light or heavy, either cold or hot. And (ii) what Plato
12  II, 1|               is not matter for "the cold" nor "the cold" for "the
13  II, 1|              for "the cold" nor "the cold" for "the hot", but the
14  II, 1| contrarieties (I mean, e.g. heat and cold), and thirdly Fire, Water,
15  II, 2|              other hand (ii) hot and cold, and dry and moist, are
16  II, 2|             what is foreign), while "cold" is that which brings together,
17  II, 2|             moist essentially hot or cold: nor are the cold and the
18  II, 2|             hot or cold: nor are the cold and the dry derivative forms,
19  II, 3|             same thing to be hot and cold, or moist and dry. Hence
20  II, 3|            moist with hot, and again cold with dry and cold with moist.
21  II, 3|              again cold with dry and cold with moist. And these four
22  II, 3|        aqueous vapour); and Water is cold and moist, while Earth is
23  II, 3|            and moist, while Earth is cold and dry. Thus the differences
24  II, 3|            or rather the hot and the cold: for it is these which are
25  II, 3|          just as ice is an excess of cold. For freezing and boiling
26  II, 3|             are excesses of heat and cold respectively. Assuming,
27  II, 3|              a freezing of moist and cold, fire analogously will be
28  II, 3|          Earth by dry rather than by cold, Water by cold rather than
29  II, 3|        rather than by cold, Water by cold rather than by moist, Air
30  II, 4|             and the second moist and cold: while in others one of
31  II, 4|             and the second moist and cold. It is evident, therefore,
32  II, 4|           the hot be overcome by the cold: for Air, as we saw, is
33  II, 4|             and moist while Water is cold and moist, so that, if the
34  II, 4|               For Water is moist and cold while Earth is cold and
35  II, 4|              and cold while Earth is cold and dry-so that, if the
36  II, 4|           dry and hot while Earth is cold and dry, Fire will result
37  II, 4|             result from Earth if the cold pass-away.~It is evident,
38  II, 4|          result from Water, both the cold and the moist must pass-away:
39  II, 4|       pass-away: and again, both the cold and the dry must pass-away
40  II, 4|          there will be Air, when the cold of the Water and the dry
41  II, 4|              dry of the Fire and the cold of the Water. So, too, in
42  II, 4|          moist of the former and the cold of the latter are left):
43  II, 4|             moist of the Air and the cold of the Earth have passed-away,
44  II, 5|            to Air, and Air will be a cold something: hence it is impossible
45  II, 5|            be simultaneously hot and cold. Both Fire and Air, therefore,
46  II, 7|            taken together-e.g. from "cold" and hot", or from Fire
47  II, 7|     differences of degree in hot and cold. Although, therefore, when
48  II, 7|           hot which (for a "hot") is cold and a cold which (for a "
49  II, 7|           for a "hot") is cold and a cold which (for a "cold") is
50  II, 7|             and a cold which (for a "cold") is hot; then what results
51  II, 7|            potentially more hot than cold or vice versa, will possess
52  II, 7|    potentially-cold and the actually cold potentially-hot; so that
53  II, 7|     potentially-hot; so that hot and cold, unless they are equally
54  II, 7|            the like-the hot becoming cold and the cold becoming hot
55  II, 7|            hot becoming cold and the cold becoming hot when they have
56  II, 7|             mean" is neither hot nor cold. The "mean", however, is
57  II, 9|            hot to dissociate, of the cold to bring together, and of