Book, Paragraph

  1   I,  3 |         is potentially hot, cold, dry, moist, and possessed of
  2   I,  3 |        contains both vapour and a dry exhalation from the earth.
  3   I,  3 |           above that, is warm and dry. For vapour is naturally
  4   I,  3 |           the exhalation warm and dry; and vapour is potentially
  5   I,  4 |        the earth itself, which is dry, is like smoke. Of these
  6   I,  4 |         motion comes the warm and dry element, which we call fire,
  7   I,  4 |      flame is the ebullition of a dry exhalation. So whenever
  8   I,  4 |           into the sea and on the dry land, both by night and
  9   I,  7 |     considering. We know that the dry and warm exhalation is the
 10   I,  7 |         and the years are clearly dry and windy. When they are
 11   I,  7 |        great comet the winter was dry and north winds prevailed,
 12   I,  10|        heat is not so great as to dry up the moisture that has
 13   I,  14|           are not always moist or dry, but they change according
 14   I,  14|           come into existence and dry up. And so the relation
 15   I,  14|         time, but where there was dry land there comes to be sea,
 16   I,  14|         there one day comes to be dry land. But we must suppose
 17   I,  14|          a certain time, and then dry up and grow old, while other
 18   I,  14|           and then finally become dry; and when rivers change
 19   I,  14|     necessarily leaves that place dry when it recedes; again,
 20   I,  14|         it recedes; again, if the dry land has encroached on the
 21   I,  14|         watery state and becoming dry. Here, too, the change is
 22   I,  14|      prosperity. For these places dry up and come to be in good
 23   I,  14|         some day grow excessively dry and deteriorate. This happened
 24   I,  14|     Mycenae has become completely dry and barren, while the Argive
 25   I,  14|          that many places are now dry, that formerly were covered
 26   I,  14|          clayey, these rivers run dry earlier. We must recognize
 27   I,  14|         places of the latter type dry up more, while those of
 28   I,  14|          and rivers, nor for ever dry. And the facts prove this.
 29   I,  14|     formed and after it lakes and dry land, but in course of time
 30   I,  14|         end the river itself must dry up.~So it is clear, since
 31   I,  14|         whence they flow was once dry: for their effect may be
 32  II,  1 |   moisture. Then the sun began to dry it up, part of it evaporated
 33  II,  2 |          interchange of moist and dry. It cannot be said to be
 34  II,  2 |          does not take as long to dry up when it is spread out
 35  II,  3 |         exist no longer, but will dry up as some people think.~
 36  II,  3 |        for the last time she will dry it up entirely. Such a tale
 37  II,  3 | beforehand. So the sea will never dry up: for before that can
 38  II,  3 |          that the earth will grow dry once again. We must recognize
 39  II,  3 |          the contrary, when it is dry it graws moist, but when
 40  II,  3 |         moist to sweat as it grew dry? Indeed, the theory that
 41  II,  3 | evaporation, one moist, the other dry, it is clear that the latter
 42  II,  3 |           the earthy stuff in the dry exhalation is of this nature,
 43  II,  3 |        this nature, and it is the dry exhalation which accounts
 44  II,  3 |           said, the moist and the dry evaporations are mixed,
 45  II,  3 |           winds and it blows from dry and hot regions. Hence it
 46  II,  3 |        itself a great quantity of dry evaporation from the places
 47  II,  3 |         and therefore cold. It is dry in our part of the world
 48  II,  3 |            just as the south is a dry wind in Libya. So the south
 49  II,  3 |          of lye and ashes and the dry and liquid excreta of animals.
 50  II,  4 | evaporation, one moist, the other dry. The former is called vapour:
 51  II,  4 |          cannot exist without the dry nor the dry without the
 52  II,  4 |           without the dry nor the dry without the moist: whenever
 53  II,  4 |       explained before, while the dry evaporation is the source
 54  II,  4 |      smoky evaporation is hot and dry. Hence each contributes
 55  II,  4 |          the vaporous, now of the dry and smoky exhalation, that
 56  II,  4 |         and wet, others windy and dry. Sometimes there is much
 57  II,  4 |          sun, yet on occasion the dry evaporation will prevail
 58  II,  4 |       district: for instance, the dry evaporation circulates in
 59  II,  4 |       evaporation remains and the dry moves away. Just as in the
 60  II,  4 |          body when the stomach is dry the lower belly is often
 61  II,  4 |    contrary state, and when it is dry the stomach is moist and
 62  II,  4 |          also forms and cools the dry evaporation when the clouds
 63  II,  4 |         defined as "a quantity of dry evaporation from the earth
 64  II,  5 |           is only where something dry contains moisture that it
 65  II,  6 |        rainy gestes and Eurus are dry: the latter being dry at
 66  II,  6 |         are dry: the latter being dry at first and rainy afterwards.
 67  II,  7 |           up when it grows wet or dry, and earthquakes are due
 68  II,  7 |        explained, the earth grows dry in time of drought and breaks
 69  II,  8 |        already shown that wet and dry must both give rise to an
 70  II,  8 |          The earth is essentially dry, but rain fills it with
 71  II,  8 |           is too cold, summer too dry for winds to form. In time
 72  II,  8 |           the predominance of the dry over the moist evaporation.
 73  II,  9 |          of exhalation, moist and dry, and the atmosphere contains
 74  II,  9 |         region. But if any of the dry exhalation is caught in
 75  II,  9 |          is the same: namely, the dry exhalation. If it flows
 76 III,  1 |         are "wind", and wind is a dry and warm evaporation. Now
 77 III,  3 |        not yet separated from the dry and firelike exhalation:
 78 III,  6 |           metals. The heat of the dry exhalation is the cause
 79 III,  6 |        for they still contain the dry exhalation.~This is the
 80  IV,  1 |        cold, are active; two, the dry and the moist, passive.
 81  IV,  1 |        and softening them. Things dry and moist, on the other
 82  IV,  1 |          being active": moist and dry are passive, for it is in
 83  IV,  1 |            growing old or growing dry. Putrescence is the end
 84  IV,  1 |      being moist and end by being dry. For the moist and the dry
 85  IV,  1 |        dry. For the moist and the dry were their matter, and the
 86  IV,  1 |       active qualities caused the dry to be determined by the
 87  IV,  3 |     without the admixture of some dry matter: water alone of liquids
 88  IV,  3 |         Broiling is concoction by dry foreign heat. Hence if a
 89  IV,  3 |        the end the agent has been dry heat. Hence the outside
 90  IV,  3 |         fire are the first to get dry and consequently get more
 91  IV,  3 |   consequently get more intensely dry. In this way the outer pores
 92  IV,  4 |       qualities the moist and the dry. The elements of bodies,
 93  IV,  4 |       ones, are the moist and the dry; the bodies themselves are
 94  IV,  4 |        bodies partake more of the dry, others of the moist. All
 95  IV,  4 |         easily determined and the dry determined with difficulty,
 96  IV,  4 |           moist is what makes the dry determinable, and each serves
 97  IV,  4 |  especially representative of the dry, water of the moist, and
 98  IV,  4 |           anything made up of the dry and the moist is necessarily
 99  IV,  5 |         is acted upon is moist or dry or a compound of both. Water
100  IV,  5 |         that characterized by the dry, for these among the elements
101  IV,  5 |           the qualities moist and dry are passive. Therefore cold,
102  IV,  6 |           and the agent is either dry heat or cold. Hence those
103  IV,  6 |         moisture goes off and the dry matter comes together, but
104  IV,  6 |   moisture goes off in vapour the dry matter thickens and collects.
105  IV,  6 |           which are solidified by dry heat some are insoluble,
106  IV,  7 |       vapour and so fire does not dry it or boil it off.~Those
107  IV,  7 |         This is because it cannot dry; for what remains is water,
108  IV,  7 |          causes, the cold and the dry, solution must be due to
109  IV,  7 |        only what is solidified by dry heat). But iron is melted
110  IV,  8 |     active, and the moist and the dry as passive, and consequently
111  IV,  8 |         qualities, like moist and dry, being passive. These are
112  IV,  8 |         water, e.g. natron, salt, dry mud. Those bodies that solidified
113  IV,  9 |          nor must the relation of dry to moist in them be incongruous (
114  IV,  9 |          as they perish away they dry up or become earth. But
115  IV,  9 |           are common secretion of dry and moist together caused
116  IV,  9 |      inflammable because they are dry like fire. When this dry
117  IV,  9 |          dry like fire. When this dry comes to be hot there is
118  IV,  9 |         flame is burning smoke or dry exhalation. The fumes of
119  IV,  9 |        there is too little of the dry in them (the dry being the
120  IV,  9 |           of the dry in them (the dry being the means by which
121  IV,  9 |  conjunction of the oily with the dry.) So those bodies that give
122  IV,  9 |        but those that burn to the dry.~
123  IV,  10|          they are composed is the dry and the moist, that is,
124  IV,  11|         matter of bodies. For the dry and the moist are matter (