Book, Paragraph

 1   I,  3 |           between any given small quantity of water and the air that
 2   I,  4 |  according to the disposition and quantity of the combustible material.
 3   I,  7 |   dissolved and dissipated by the quantity of the hot exhalation as
 4   I,  10|           before any considerable quantity of vapour has gathered,
 5   I,  11|           them only in degree and quantity.~Snow and hoar-frost are
 6   I,  11|        quick formation and scanty quantity show.~The relation of hoar-frost
 7   I,  13|          such places containing a quantity of water like lakes: only
 8  II,  2 |      simply be ignored, since the quantity of water is always the same
 9  II,  3 |        striking effect in a great quantity of water and not in each
10  II,  3 |        the secretion such a great quantity of water; especially as
11  II,  3 |           waiving the question of quantity, why does not the earth
12  II,  3 |      change, but the form and the quantity of each of them are fixed,
13  II,  3 |      which accounts for its great quantity. Now since, as we have said,
14  II,  3 |      evaporations are mixed, some quantity of this stuff must always
15  II,  3 | incorporating with itself a great quantity of dry evaporation from
16  II,  3 |           that falls with a great quantity of this stuff. Autumn rain
17  II,  3 |       which contains the greatest quantity of this kind of earth descends
18  II,  3 |          becomes like mud; such a quantity of earthy matter is there
19  II,  3 |         and has cooled it gives a quantity of salt.~Most salt rivers
20  II,  4 |        day.) But there is a great quantity of fire and heat in the
21  II,  4 |          even if there is a great quantity of it, but only if the flow
22  II,  4 |           with the winds; a great quantity of air might be moved by
23  II,  4 |         but differs in degree and quantity that clouds and winds appear
24  II,  4 |       since wind is defined as "a quantity of dry evaporation from
25  II,  6 |          drives before it a great quantity of such matter. Aparctias,
26  II,  7 |          of water and that when a quantity of rain-water is added to
27  II,  8 |        warm it and give rise to a quantity of wind both outside and
28  II,  8 |     Euripus and flows inwards the quantity of wind in the earth is
29  II,  8 |    extensive in proportion to the quantity of the air that is being
30  II,  8 |     motion, and that is full of a quantity of cold vapour. It is the
31  II,  8 |   earthquake is determined by the quantity of wind and the shape of
32  II,  8 |          is present in sufficient quantity there is an earthquake.
33  II,  8 |        easily accumulate in great quantity in the position required,
34  II,  8 |         of this kind does occur a quantity of stones comes to the surface
35 III,  1 |        takes place and rain and a quantity of water are produced. As
36 III,  1 |        which there is the greater quantity present in the cloud is
37 III,  1 |         it.~When there is a great quantity of exhalation and it is
38 III,  1 |       larger scale because of the quantity of matter that was burning.
39 III,  1 |           exhalation split, and a quantity of it rushed in a body from
40  IV,  1 |           the same reason a great quantity of a thing putrefies less
41  IV,  1 |           little, for the greater quantity contains too much proper
42  IV,  3 |           in the liquid or to the quantity of moisture in the object
43  IV,  3 |           external fire or to the quantity of water in the thing undergoing
44  IV,  9 |   continuous, and insufficient in quantity to give rise to flame. In
45  IV,  10|         to water according to the quantity of the sediment it possesses.)