3 48 
CHEMISTRY. 
Table II. OF the binary combinations of oxygen with simple substances. 
simple non- 
metallic sub- 
stances. 
Combinations 
tallic substan- 
ces. 
Names of the simple 
substances. 
First degree of oxygena- 
tion. 
Second degree of oxygena- 
tion. 
Third degree of 
oxygenation. 
Fourth degree of oxygena 
tion. 
("Caloric 
I Hydrogen 
I Azote 
j Carbon 
Oxygen gas 
Water* 
Nitrous oxyd 
Charcoal, or carbonous 
Nitric oxyd, or base of ni- 
trous gas - 
Nitrous acid - 
Nitric acid 
Sulphur 
oxyd 
Carbonic oxyd 
Carbonic acid 
Oxyd of sulphur 
Sulphurous acid 
Sulphuric acid 
Phosphorus 
Oxyd ot phosphorus - 
Phosphorous acid 
Phosphoric acid 
Muriatic radical 
- 
Muriatic acid 
Muriatic acid 
Hyperoxymuriatic acid 
Fluoric radical 
..Boracic radical - 
Antimony 
Silver 
Boracic oxyd 
Grey oxyd of antimony 
Oxyd of silver 
Fluoric acid 
Boracic acid 
White oxyd of antimony 
Arsenic 
Grey oxyd of arsenic 
White oxyd of arsenic 
Arseniac acid 
Bismuth 
Cobalt 
Copper 
Tin 
1 Iron 
Manganese 
Mercury 
Grey oxyd of bismuth 
Grey oxyd of cobalt 
Brown oxyd of copper 
Grey oxyd of tin 
Black oxyd of iron 
Black oxyd of manganese 
Black oxyd of mercury 
White oxyd of bismuth 
Blue and green oxyds of 
copper 
White oxyd of tin 
Yellow and red oxyds of 
iron 
White oxyd of manganese 
Yellow and red oxyds of 
mercury 
Molybdena 
Nickel 
Gold 
Platina 
Lead 
Oxyd of molybdena - 
Oxyd of nickel 
Yellow oxyd of gold 
Yellow oxyd of platina 
Grey oxycl of lead - ' - 
Red oxyd of gold 
"Yellow 7 and red oxyds of 
lead 
Molybdic acid 
T ungstein 
,Zinc 
Dxyd of tungstein 
Grey oxyd of zinc 
White oxyd of zinc 
Tungstic acid. 
Table III. . Of the combinations of oxygen 
with the compound radicals. 
Names of the radi- 
cals. 
Tartaric 
Malic 
Citric 
Oxalic 
Acetic 
Succinic 
Benzoic 
Camphoric 
Gallic 
Suberic 
Lactic 
Saccholactic 
Sebacic 
Prussic 
Laccic 
Mellitic 
Names of the result- 
ing acids. 
Tartaric acid 
Malic acid 
Citric acid 
Oxalic acid 
Acetic acid 
Succinic acid 
Benzoic acid 
Camphoric acid 
Gallic acid 
Suberic acid 
Lactic acid 
Saccholactic acid 
Sebacic acid 
Prussic acid 
Laccic acid 
Mellitic acid. 
Table IV. Of the binary combinations of 
azote with the simple substances. 
Simple substances. 
Caloric 
Hydrogen 
Results of the combi- 
nations. 
Azotic gas 
Ammoniac 
Oxygen 
r Nitrous oxyd 
J Nitric oxyd 
l Nitrous acid 
t Nitric acid 
Simple sub- 
stances. 
Results of the combinations . 
t 
This combination is hitherto 
unknown; should it ever be 
discovered, it will be called, 
Charcoal according to the principles 
ot our nomenclature, azuret 
of charcoal. Charcoal dis- 
solves in azotic gas, and forms 
carbonated azotic gas 
Phosphorus { Azur , et of Phosphorus. Still 
1 { unknown 
f Azuret of sulphur. Still un- 
known. We know that sul- 
Sulphur ^ phur dissolves in azotic gas, 
forming sulphurated azotic 
gas 
Azote combines with charcoal 
and hydrogen, in the com- 
Compound pound oxydable and acidi- 
radicals j liable bases, and is gene- 
rally contained in the ra- 
dicals of the animal acids 
{"Such combinations are hitherto 
unknown ; if ever discover- 
ed, they will form metallic 
azurets, as azuret of gold, of 
silver, &c. 
Lime ~) 
Magnesia j Entirely unknown. If' ever 
Barytes ! discovered, they will form 
Argil f azuret of lime, azuret of 
Potash I magnesia, &c. 
Soda I 
Metallic 
substances 
:s i e 
l 1 
Table V. Of the binary combinations of 
hydrogen with simple substances. 
Simple sub 
stances. 
Caloric 
Azote 
Oxygen 
Sulphur 
Resulting compounds. 
Hydrogen gas 
Ammoniac 
W ater 
5 Hydruret of sulphur, or sul- 
l phuret of hydrogen 
Phosphorus 5 hlydruret of" phosphorus, or 
1 I phosphuret ol hydrogen 
Charcoal \ Hydro-carbonous, or carbono- 
( hydrous radicals 
Metallic \ 
substances f Metallic hydrurets, as hydro- 
as iron, ( ret of iron, &c. 
Ac. ' 
These combinations take place in the state 
of gas, and form respectively, sulphurated 
and phosphorated oxygen gas. 
Table V I. Of the binary combinations of 
sulphur with simple substances. 
Simple sub- 
stances. 
Caloric 
Oxygen 
Hydrogen 
Azote 
Phosphorus 
Charcoal 
Antimony 
Silver 
Arsenic 
Bismuth 
Resulting compounds. 
Sulphuric gas 
( Oxyd of sulphur 
-J Sulphurous acid 
(. Sulphuric acid 
Sulphuret of hydrogen 
azote 
phosphorus 
charcoal 
antimony 1 
silver 
arsenic 
bismuth 
* Only one degree of oxygenation of hydrogen is hitherto known. 
