Book, Paragraph

  1   I,  3 |             and is potentially hot, cold, dry, moist, and possessed
  2   I,  3 |       vapour is naturally moist and cold, but the exhalation warm
  3   I,  4 |             the air is condensed by cold and squeezes out and ejects
  4   I,  9 |            and because the place is cold, and condenses again and
  5   I,  9 |            earth again when it gets cold. These processes and, in
  6   I,  10|           winter and is commoner in cold places. It is dew when the
  7   I,  10|             has been raised nor the cold sufficient (owing to the
  8   I,  10|        raised it: consequently more cold is needed to freeze it.~
  9   I,  10|             warm weather and not in cold. For the south wind brings
 10   I,  10|      weather. For the north wind is cold and so quenches the heat
 11   I,  11|           three bodies condensed by cold, namely rain, snow, hail.
 12   I,  11|           Hence snow is a sign of a cold season or country. For a
 13   I,  11|        still present and unless the cold were overpowering it the
 14   I,  12|       winter and then only when the cold is less intense. And in
 15   I,  12|         cloud is thrust up into the cold upper region.~Now we see
 16   I,  12|            Now we see that warm and cold react upon one another by
 17   I,  12|        lower parts of the earth are cold and in a frost they are
 18   I,  12|           in the warmer seasons the cold is concentrated by the surrounding
 19   I,  12|            cloud has risen into the cold air; whereas we say that
 20   I,  12|            descended). But when the cold has been concentrated within
 21   I,  12|           in a certain time and the cold is sufficient to freeze
 22   I,  13|            it does above it. If the cold causes the vaporous air
 23   I,  13|           earth we must suppose the cold in the earth to produce
 24   I,  14|          earth. Here the causes are cold and heat, which increase
 25   I,  14|     coldness; for great, dense, and cold mountains catch and keep
 26  II,  2 |           is condensed again by the cold and so returns to the earth.
 27  II,  3 |    character and it is originally a cold wind, for it becomes warm
 28  II,  3 |             of vapour and therefore cold. It is dry in our part of
 29  II,  4 |    evaporation: when it recedes the cold makes the vapour that had
 30  II,  4 |   constituents. Vapour is moist and cold (for its fluidity is due
 31  II,  4 |          from water it is naturally cold, like water that has not
 32  II,  4 |            the stomach is moist and cold, so it often happens that
 33  II,  4 |             driven together and the cold concentrated in them. These
 34  II,  5 |           due to two causes. Either cold quenches the evaporation,
 35  II,  5 |          abate at night because the cold pf the nights checks the
 36  II,  5 |        uninhabitable because of the cold.~(The Crown, too, moves
 37  II,  5 |           with no excessive heat or cold in the direction of its
 38  II,  5 |            one lives because of the cold, in the other because of
 39  II,  6 |      sunrise. So the distinction of cold and hot or warm is the basis
 40  II,  6 |   sky-unless they happen to be very cold. Then they do not bring
 41  II,  6 |          Boreas and Eurus. By being cold it condenses and gathers
 42  II,  6 |  accompanied by lightning. They are cold because they blow from the
 43  II,  6 |             and lightning is due to cold, being ejected when the
 44  II,  8 |           cause calm: winter is too cold, summer too dry for winds
 45  II,  8 |              The calm, too, and the cold towards sunrise and dawn
 46  II,  8 |       strength must be greater. The cold comes because the evaporation
 47  II,  8 |            is full of a quantity of cold vapour. It is the same with
 48  II,  8 |         whereas at a distance it is cold for the same reason as wind.)
 49  II,  8 |             concentrates and causes cold in any place in which this
 50  II,  9 |           contracts again and grows cold and freezes no such ejection
 51 III,  1 |          evaporation. Now frost and cold prevail over this principle
 52 III,  1 |          since these occur when the cold does prevail.~So the whirlwind
 53  IV,  1 |          qualities, the hot and the cold, are active; two, the dry
 54  IV,  1 |              In every case heat and cold determine, conjoin, and
 55  IV,  1 |             shows this too. Hot and cold we describe as active, for "
 56  IV,  1 |     mentioned. When the hot and the cold are masters of the matter
 57  IV,  1 |             far as it lacks heat is cold, both heat and cold will
 58  IV,  1 |         heat is cold, both heat and cold will be the causes of putrefaction,
 59  IV,  1 |             be due indifferently to cold in the putrefying subject
 60  IV,  1 |    putrefaction takes place less in cold that in hot seasons, for
 61  IV,  1 |           does not putrefy, for its cold is greater that the heat
 62  IV,  1 |            too much proper fire and cold for the corresponding qualities
 63  IV,  2 |              Inconcoction is due to cold and its species are rawness,
 64  IV,  2 |            proper heat, that is, to cold. That of which the imperfect
 65  IV,  3 |           in which natural heat and cold perfect the matter they
 66  IV,  3 |        juice of raw things is thin, cold rather than hot, and unfit
 67  IV,  3 |        pointed out, the presence of cold.) The motion which causes
 68  IV,  3 |             either to the amount of cold in the liquid or to the
 69  IV,  5 |           place by means of heat or cold, and the quality is produced
 70  IV,  5 |           by the absence of heat or cold; but that which is acted
 71  IV,  5 |          dry are passive. Therefore cold, too, being found in water
 72  IV,  5 |            which we recognize to be cold), must be reckoned rather
 73  IV,  5 |        manner described before; for cold is sometimes actually said
 74  IV,  5 |       driven out by the surrounding cold. So everything is dried,
 75  IV,  6 |         agent is either dry heat or cold. Hence those of the bodies
 76  IV,  6 |        bodies solidified by heat or cold which are soluble at all
 77  IV,  6 |          while bodies solidified by cold are dissolved by fire, which
 78  IV,  6 |            is not the water but the cold in the water which effects
 79  IV,  6 |          the entry into it of heat: cold, therefore, must be the
 80  IV,  6 |      solidified both by fire and by cold and in either case are thickened.
 81  IV,  6 |       matter thickens and collects. Cold acts by driving out the
 82  IV,  6 |            thickened or hardened by cold often begin by becoming
 83  IV,  6 |            the bodies solidified by cold which are made up both of
 84  IV,  6 |          liquid but only such as is cold. Hence water and any of
 85  IV,  7 |          water preponderated in it, cold ought to solidify it; if
 86  IV,  7 |           since air tends to rise). Cold thickens it by turning the
 87  IV,  7 |            different. Both heat and cold thicken it, but neither
 88  IV,  7 |             it (neither the sun nor cold dries oil), not only because
 89  IV,  7 |         also thickened and dried by cold. For cold not only solidifies
 90  IV,  7 |    thickened and dried by cold. For cold not only solidifies but
 91  IV,  7 |           that are not thickened by cold, but solidified, belong
 92  IV,  7 |           case of blood is similar: cold dries and so solidifies
 93  IV,  7 |        rather to water and are very cold. Hence they contain no fibres:
 94  IV,  7 |           is due to two causes, the cold and the dry, solution must
 95  IV,  7 |         fire what was solidified by cold alone. Consequently, if
 96  IV,  7 |          and are then solidified by cold. When the heat in leaving
 97  IV,  7 |          moisture to evaporate, the cold so compacts these bodies
 98  IV,  7 |       bodies that are solidified by cold alone), nor does water (
 99  IV,  7 |           it does not dissolve what cold solidifies, but only what
100  IV,  7 |           by heat and solidified by cold. Wood consists of earth
101  IV,  8 |       bodies are formed by heat and cold and that these agents operate
102  IV,  8 |            all of them, and in some cold in so far as heat is absent.
103  IV,  8 |       fragrant, sonant, sweet, hot, cold in virtue of a power of
104  IV,  8 |            state by heat, others by cold. Heat does this by drying
105  IV,  8 |           drying up their moisture, cold by driving out their heat.
106  IV,  9 |     solidify under the influence of cold and it is apt to burn. Really
107  IV,  9 |            heat or of both heat and cold; for we find that all these
108  IV,  10|          agents are the hot and the cold, for they constitute and
109  IV,  10|         less apt to be congealed by cold. For it contains much heat
110  IV,  10|       liquids that are thickened by cold are of the nature of earth;
111  IV,  10|      thickened either by heat or by cold consist of more than one
112  IV,  10|             have been solidified by cold are of water, e.g. ice,
113  IV,  10|         solidified by both heat and cold. Of this kind are those
114  IV,  10|             driven out of it by the cold of the river and causes
115  IV,  10|          the agent is not fire, but cold which drives out the heat,
116  IV,  10|          agent in its formation, or cold, or both.~Gold, then, and
117  IV,  10|           they are all congealed by cold. In iron, horn, nails, bones,
118  IV,  11|             bodies are hot and what cold.~Bodies consisting of water
119  IV,  11|    consisting of water are commonly cold, unless (like lye, urine,
120  IV,  11|              We must recognize that cold is in a sense the matter
121  IV,  11|           they are characterized by cold. Consequently cold must
122  IV,  11| characterized by cold. Consequently cold must predominate in every
123  IV,  11|       people maintaining them to be cold and others to be warm; for
124  IV,  11|       predominantly water a body is cold (water being the complete
125  IV,  12|             from milk.~Now heat and cold and the motions they set
126  IV,  12|       solidified by the hot and the cold are sufficient to form all
127  IV,  12|        derived from the hot and the cold and the mixture of their
128  IV,  12|    homogeneous parts go to make up. Cold and heat and their motion