Book, Aphorism

 1      Pre        |  example and look in it as in a glass) let us suppose that some
 2        1, LX    |        is humid; if in another, glass is humid. So that it is
 3        1, XCIX  |    opaque stone, or tenacity on glass, or vegetation on some substance
 4        1, XI    |   dissolved by strong waters in glass, and that without being
 5        1, XII   |    following experiment. Take a glass fashioned in a contrary
 6        1, XII   |      manner to a common burning glass and, placing it between
 7        1, XII   |        of the sun, as a burning glass increases and strengthens
 8        1, XII   |      rays that according as the glass is made thicker or thinner
 9        1, XII   |     moon fall through a burning glass on the top of a glass of
10        1, XII   |   burning glass on the top of a glass of this kind, and then observe
11        1, XII   |       the 2nd.~6. Let a burning glass also be tried with a heat
12        1, XII   |       the 2nd.~7. Let a burning glass also be tried with common
13        1, XII   |         the hand or a graduated glass.~To the 13th.~19. In like
14        1, XII   |         gold; neither dissolves glass, and so on with others.~
15        1, XII   |         a graduated or calendar glass, hollow at the top; pour
16        1, XIII  |       the sun without a burning glass or mirror.~21. There are,
17        1, XIII  |          If you place a burning glass at the distance of (say)
18        1, XIII  |     which are made thus. Take a glass with a hollow belly, a thin
19        1, XIII  |     belly upwards, into another glass vessel containing water;
20        1, XIII  |      the mouth of the receiving glass, but not so as to seal its
21        1, XIII  |      supply of air.~The lowered glass, before being inserted into
22        1, XIII  |         of the immersion of the glass, and will draw the water
23        1, XIII  |      height. To the side of the glass there should be affixed
24        1, XIII  |        placed on the top of the glass, will cause the water immediately
25        1, XX    |       vessels crack, and heated glass, on being suddenly placed
26        1, XX    | therefore two iron rods, or two glass tubes, exactly alike; warm
27        1, XX    |       is extended in a calendar glass without impediment or repulsion —
28        1, XXIII |      production or existence is glass whole and pounded. Again,
29        1, XXIII |        agitated into froth. For glass and water in their simple
30        1, XXIII |      not white, whereas pounded glass and water in froth are white,
31        1, XXIII |        what has happened to the glass or water from this migration.
32        1, XXIII |         by that pounding of the glass and that agitation of the
33        1, XXIII |   except the breaking up of the glass and water into small parts,
34        1, XXIII |       air and water, or air and glass), do when mingled in small
35        1, XXIV  |     form of heat, is a calendar glass of air. For flame, though
36        1, XXIV  |      the senses. But a calendar glass strikingly displays expansion
37        1, XXVII |        of conformity: a looking glass and the eye; and again,
38        1, XXXI  |          as brick, earthenware, glass, enamel, porcelain, etc.,
39        1, XXXI  |         is neither brittle like glass, nor woven as cloth; but
40        1, XXXIII|       be consistent; and so can glass; water also can be consistent,
41        1, XL    | following contrivance. I took a glass phial, capable of holding
42        1, XL    |          I immediately took the glass off the fire, placing it
43        1, XL    |         the sense by a calendar glass such as I have described
44        1, XLI   |       over a slow fire and in a glass vessel in which everything
45        1, XLII  |      nor silver, nor stone, nor glass, wood, water, oil, cloth
46        1, XLIII |         the solid substances of glass and water so speedily, and
47        1, XLV   |      following device. I took a glass egg with a small hole at
48        1, XLVII |          a pointed diamond cuts glass, and the like.~But we must
49        1, XLVIII|      itself in air remaining in glass eggs after suction; in strings,
50        1, XLVIII|       tension, as by suction in glass eggs, labors under a strong
51        1, XLVIII|        hard bodies, as steel or glass, the resistance to discontinuity
52        1, XLVIII|       penetrating through gold, glass, stone, everything. The
53        1, L     |         expansion of air in the glass eggs. For after powerful
54        1, L     |        by a long process, while glass is blown at once; stones