BORON,

13

43

Combining boracic acid, when perfect, (oxygen 303 +

boron 131),

Native boracic acid, (two particles of combining acid 86
united by one particle of oxygen 10),

A hydro-molecule, (water 121 + combining acid 2153),

AMMONIA,

A symmetrical hydro-molecule, (water

CARBON,

96

227

26

Light carburretted hydrogen, (carbon 5+ hydrogen 21),

72

35

+ hydrogen 21),

37

50

55

+ oxygen 10),

Acetic acid, (carbon 102 + oxygen 10i

202

A hydro-molecule, (water 12+ acid 663),
Citrogen, (carbon 15a + oxygen 202),
Citric acid, (carbon 15" + oxygen
Oxalic acid, (carbon 204 + oxygen 303),
Pyragynic acid, (carbon 153 + oxygen 401),

Malic acid, (water 242 + olefiant gas 363

+ carb. acid 90°), 150

Sugar, (water 24+ olefiant gas 363 + carb. acid 453),

Alkohol, (water 24 + olefiant gas 363),

Ether, (water 24+ olefiant 724),

Hydrocyanic acid, (carbon 153+ nitrogen 202+ hydrogen 21), 37

(For carbonates of ammonia, and other compounds,

A symmetrical hydro-molecule, (water 12010+ chlor. 45'), 165
Bromine, (a binate molecule of chlorine 90' + atoms 10),

100?

Muriatic acid, (chlorine 451 + hydrogen 21),

47

A symmetrical hydro-molecule, (water 726 + chlorine 451), 117
Muriate of ammonia, (ammonia 261 + chlorine 451).

(For a crystallizing molecule, see page 382)

.

Chloric acid, (chlorine 451 + oxygen 503),
Euchlorine, (chlorine 451 + oxygen 101),
Peroxide of chlorine, (chlorine 451
+ oxygen 401),
Sulphurane, (chlorine 451+ sulphur 203),
Phosphorane, (chlorine 45' + phosphorus 163),
Phosphorana, (chlorine 45i + phosphorus 81),
Chloride of selenium, (chlorine 451 + selenium 261),
Chloride of tellurium, (chlorine 451 + tellurium 482),
Chloric ether, (chlorine 45i + olefiant gas 242),
Perchloride of carbon, (chlorine 451 + carbon 51),
Protochloride of carbon, (chlorine 451 + carbon 103),
Chloride of carbon, from Abo, (chlorine 451 + carbon 153),
Chloro-carbonic acid, (chlorine 451 + carbonic oxide 201),

MANGANESE,

.

95

55

95

65

61

53

71

93

69

50

55

60

65

35

Peroxide, or black oxide, (manganese 351 + oxygen 203), 55

Protoxide, or green oxide, (manganese 351

+ oxygen 101), 45

(For other oxides, see the text.)
Manganesic acid in combination, (manganese 702 +

Sulphate of soda, (sulphuric acid 501 + soda 401),
Glauber's salt, (see page 400).

Selenite of soda, (selenious acid 72a + soda 401), .

Soda of commerce, (carbonic acid 302 + soda 401),

—or (pyragynic acid 55 + soda 80),
(For these carbonates of soda, see page 401).

112

70

235

Phosphate of soda, (phosphoric acid 90im

water 28814).

+ soda 802

+

+

Another, see page 403, (phosphoric acid 36a

Borax, (Klaproth), see page 404, (boracic acid 2151m 4.
soda 80+ water 264o1).

Arseniate of soda, see page 404, (arsenic acid 140im +

Chloride of potassium, (chlorine 45+ potassium 503),
Nitre, (potassa 601 + nitric acid 701),

10

60

Manganate of potassa, (potassa 60+ manganesic acid
+ water 481).

120i

(For sulphates, carbonates, and oxalates, see text).
MAGNESIUM,

Magnesia, (magnesium 162 + oxygen 101),

+ oil of vit. 1242 + water 14412).

Epsom salt, (magnesia 52+ oil of vit. 124°

Muriate of magnesia, &c. see page 422.

CALCIUM,

Lime, (calcium 305 + oxygen 10,

Chloride and muriate of lime, (a molecule composed of five
of muriate lime round one of lime, see page 425).

Carbonate of lime, (lime 401 + carbonic acid 30o),

(For sulphate, nitrate, phosphate, borate, arseniate,
oxalate, &c. see page 428, et seq.)

SILICON,

Silica, (silicon 40+ oxygen 401),

8

26.

6

40

70.

8

gi

Nascent silica, (silica 81 + oxygen 101),
Hydrates of silica-

Menilite, (water 121 + silica 801).

Hyalite, (water 121 + silica 160o)..
Common opal, (water 121 + silica 2403).
Precious opal, (water 36+ silica 3204).
Okenite, (silica 801 + lime 40i

+ water 242).
Table spar, (nascent silica 90+ lime 802).

THE FLUORIC PRINCIPLE,

A hydro-molecule, (water 12+ fluorine 30o),

Fluor spar, (fluoric 151 + lime 401),

18

&c.

15

42

55

24

Cryolite, topaz, &c., see page 442.

Fluo-silicic and fluo-boric acid gas, see page 443, &c.

ALUMINA,

Alum, half a molecule, (sulphuric acid 200a + alumina

Phosphate of alumina, (acid 903 + alumina 95 + water 72").
Acetate of alumina, (water 122 + acid 663 + alumina 24').

Aluminous minerals-

Petrosilex, from Sahlberg, (alumina 24' + silica 160°).
Felspar, (alumina 96a +silica 3201 + potassa 601).
Albite, (alumina 96+silica 320+ soda 401).
Analcime, (alumina 723 + silica 2403 + soda 401).

COPPER,

A quinate molecule,

Peroxide, (copper 40° + oxygen 101),

Protoxide, (copper 8010 + oxygen 101),
Vitreous copper, (sulphur 10i + copper 401m),

Chloride of copper, (chlorine 451 + copper
+ copper 80%),

Malachite, Vauquelin, (oxide of copper 501 + carb. acid 151), 65

Rr

(For phosphate of copper and arseniates, see page 460).
Blue vitriol, a semi-molecule, (oxide of copper

50i

+ oil

Nitrate of copper, (nitric acid 701 + oxide of
+ oxide of copper 501).
Verdigris-

IRON,

Trisacetate of copper, (acetic acid 221 + peroxide 501).
Subsesquacetate, (acetic acid, 442 + peroxide 501).
Acetate, (acetic acid 663 + peroxide 501).

(For water, and the molecular structure of such
salts, see page 462).

Ternate molecule,

Denate molecule,

Red oxide, or peroxide, (iron 242m+ oxygen 101),

Hæmatite, (water 12 + peroxide 1023),

Ochre, (water 121 + peroxide 341),

A symmetrical molecule, (water 72 + peroxide 2049), 276
Black oxide, or protoxide, (iron 401m + oxygen 101),

(For other oxides, see page 473).

Iron-pyrites, (sulphur 401m+ iron 363m),

50

Ferrane, (chlorine 451+ iron 40 m),

Ferranea, (chlorine 451 + iron 242 m),

76

85

69

80

Carbonate of iron, (protoxide 50+ carbonic acid 302),
Bergmann's artificial carbonate, (protoxide 501+ carb. acid 151), 65
Natural phosphate of iron, (protoxide 50+ acid 36o), 86
(For the structure of various sulphates, see page 478).
Ferro-cyanic acid, (cyanogen 301 + iron 203 + hydrogen 22), 52
Prussian blue, (acid 521 + peroxide 341 + water 121), . 98