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Acids, Alkalis and Salts

Chapter 20: Footnotes
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About This Book

The text explains the nature, properties, and classification of acids, alkalis, and salts, opening with historical context and elementary chemical principles. It surveys major inorganic acids and their manufacture—sulphuric, nitric, halogen, carbonic, phosphoric, boric, and silicic—and introduces common organic acids. Chapters on mild and caustic alkalis describe production methods, including electrolytic and industrial processes such as the Solvay and Castner systems, with explanatory diagrams. Practical applications receive emphasis, covering dyeing and mordants, soap and glass manufacture, metal treatment, fertilizers, and other domestic and commercial uses. Pedagogical aims balance industry-focused material with theoretical foundations, and the work includes illustrations, process charts, and a brief bibliography for further study.

M
Marble, 50
Marking ink, 28
Meerschaum, 63
Mica, 63
Mordants, 26
Mycoderma aceti, 68
N
Neutralization, example of, 4
——, explanation of, 3
Niagara, 101
Nitre, 29
—— pots, 14
Nitric acid, 30
—— ——, from air, 40
—— ——, importance of, 28
—— —— manufacture of, 30
—— ——, properties, 31
—— ——, red fuming, 31
—— oxide, 16
Nitrogen cycle, 37
——, fixation of, 100
—— peroxide, 16
Nitroglycerine, 34
O
Olein, 78
Onyx, 61
Opal, 61
Orthoclase, 62
Oxalic acid, 77
P
Palmitin, 78
Pearls, 51
Peregrine Phillips, 21
Philosopher’s stone, 2
Phosphoric acid, 57
Plaster of Paris, 27
Potash, caustic, 97
——, mild, 93
Potassium, 95
—— bicarbonate, 94
—— nitrate, 29
Propellants, 33
Prussian blue, 25
Pyrites burners, 14
Pyroligneous acid, 73
Q
Quartz, 61
—— fibres, 62
——, smoky, 61
Quicklime, 5, 51
R
Red liquor, 73
Rock crystal, 61
Rupert’s drops, 65
S
Sal ammoniac, 99
—— prunella, 29
Salt cake, 84
——, common, 47
——, formation of a, 4
Saltpetre, 29
Salts, from carbonates, 5
——, from oxides, 5
——, from metals, 4
——, insoluble, 6
Sandstone, artificial, 66
Saponification, 79
Schweinfurt green, 27
Shells, egg, 51
——, oyster, 51
Silica, 61
—— ware, 62
Silicic acid, 62
Silver bromide, 48
—— chloride, 48
—— iodide, 48
—— nitrate, 28
—— sand, 61
Soap, hard, 79
——, soft, 79
Soda, baking, 88
——, bicarbonate of, 6, 88
——, bread, 88
——, caustic, 96
——, mild, 80
——, natural, 82
——, washing, 3, 5, 81
—— water, 49
Sodium, 95
—— nitrate, 29
—— sulphate, 27
Soil bacteria, 38
Solvay process, 90
Sorrel, salts of, 77
Spent oxide, 11
Stalactite, 53
Stalagmite, 53
Stearin, 78
—— candles, 79
Stone ammonia, 99
Suffioni, 60
Sulphur, 11
—— dioxide, 11
—— trioxide, prep. of, 19
Sulphuric acid, properties, 20, 24
—— anhydride, 21
Sulphurous acid, 11
Superphosphate, 57
T
Tallow, 79
Tartaric acid, 76
Tinkal, 61
Trinitrotoluene, 35
V
Verdigris, 74
Vert de Montpellier, 74
Vinegar, 68
——, malt, 70
——, wine, 70
Vitriol, blue, 5
——, nitrated, 16
——, oil of, 12
W
Ward, Dr., 12
Water, hard, 53
——, soft, 53
——, softening of, 54
Wood ashes, source of potash, 3
—— ——, used as soap, 2
Z
Zinc chloride, 5

THE END

Footnotes

[1]An anhydride is a substance which unites with water to form an acid.
[3]Now £13 a ton.
[4]Basic lead carbonate.
[5]An electron is probably an “atom” of negative electricity detached from matter.

Printed by Sir Isaac Pitman & Sons, Ltd. Bath, England
(v—1468c)

Transcriber’s Notes

  • Silently corrected several palpable typographical errors.
  • Retained publication information from the original source.
  • In the text versions, included italicized text in _underscores_.