Cobalt 
Copper 
Tin 
Iron 
Manganese 
Mercury 
Molybdena 
Nickel 
Gold 
Piatina 
Lead 
Tungstein 
Zinc 
Potash 
Soda 
Ammoniac 
Lime 
Magnesia 
Barytes 
Ararill 
Sulphuret of cobalt 
copper 
tin 
iron 
manganese 
mercury 
molybdena 
nickel 
gold 
piatina 
lead 
tungstein 
zinc 
potash 
soda 
ammoniac 
lime 
magnesia 
barytes 
argi’ll. 
Table VII. Of the binary combinations 
phosphorus with the simple substances. 
Resulting compounds. 
Phosphoric gas 
C Oxyd of phosphorus 
-< Phosphorous acid 
( Phosphoric acid 
of 
Simple sub- 
stances. 
Caloric 
Oxygen 
Hydrogen 
Azote 
Sulphur 
Charcoal 
Metallic sub- 
stances 
Potash 
Soda 
Ammoniac 
Lime 
Barytes 
Magnesia 
Argiil 
Table VIII. 
Simple sub- 
stances. 
Oxygen 
Sulphur 
Phosphorus 
x\zote 
Hydrogen 
Metallic sub 
stances 
Alkalies and 
earths 
CHEMISTRY. 
Phosphuret of hydrogen 
Phosphuret of azote 
Phosphuret of sulphur 
Phosphuret of charcoal 
Phosphurels of metals 
34 ( 1 : 
Phosphuret of potash, 
' soda, &c. 
Of the binary combinations of 
carbon. 
Resulting compounds. 
f Oxyd of charcoal or car- 
} bonous oxyd 
. Carbonic oxyd 
l Carbonic acid 
Carburet of sulphur 
Carburet of phosphorus 
Carburet of azote 
I Carbono-hydrous radicals 
t Fixed and volatile oils 
| Carburets of metals 
| Carburet of potash, &c. 
Table IX. Of the combinations of azote or nitrogen in the state of ni- 
trous acid with the salifiable bases, arranged according to the affinities 
of these bases with the acid. 
Names of the bases. 
Barytes 
Potash 
Soda 
Lime 
Magnesia 
Ammoniac 
Argiil 
Oxyd of zinc 
iron 
manganese 
cobalt 
nickel 
lead 
tin 
copper 
bismuth 
antimony 
arsenic 
mercury 
Names of the neutral salts. 
Nitrite of barytes 
potash 
soda 
lime 
magnesia 
ammoniac 
argiil 
Notes. 
silver C 
gold 4 
piatina 
These salts are only 
known of late, and have 
received no particular 
name in the old nomen- 
clature. 
As metals dissolve 
' both in nitrous and nitric 
acids, metallic salts must 
of consequence be form- 
ed having different de- 
grees of oxygenation. 
Those wherein the me- 
tal is least oxygenated 
4 must be called nitrites, 
when more so, nitrats ; 
but the limits of this di- 
stinction are difficultly 
ascertainable. The old- 
er chemists were not ac- 
, quainted with any of 
^ these salts. 
It is extremely probable that gold, silver, and 
piatina, form only nitrats, and cannot subsist in 
the state of nitrites. 
zinc 
iron 
manganese 
cobalt 
nickel 
lead 
tin 
copper 
bismuth 
antimony 
arsenic 
mercury 
Table X. Of the combinations of azote, com- 
pletely saturated with oxygen, in the state 
of nitric acid, with the salifiable bases, in 
the order 6f the affinity with the acid. 
Bases. Names of the resulting neu- 
tral salts. 
Barytes Nitrat of barytes 
Potash potash 
Soda soda 
Lime lime 
Magnesia - magnesia 
Ammoniac ammoniac 
Argiil argiil 
Oxyd of zinc 
iron 
Nitrat of zinc 
iron 
manganese 
cobalt 
nickel 
lead 
tin 
copper 
bismuth 
antimony 
arsenic 
mercury 
silyer 
manganese 
cobalt 
nickel 
lead 
tin 
copper 
bismuth 
antimony 
arsenic 
mercury 
silver. 
Oxyd of gold 
piatina 
Nitrat of gold 
piatina. 
Table XI. Of the combinations of sulphuric 
acid with the salifiable bases, in the or- 
der of affinity. 
Names of the Resulting compounds, 
bases. 
Barytes 
Sulphat of barytes 
Potash 
potash 
Soda 
soda 
Lime 
lime 
Magnesia 
magnesia 
Ammoniac 
ammoniac 
Argiil 
argiil 
Oxyd of zinc 
zinc 
iron 
iron 
manganese 
manganese 
cobalt 
cobalt 
nickel 
nickel 
lead 
lead 
tin 
tin 
copper 
copper 
bismuth 
bismuth 
antimony 
antimony 
arsenic 
arsenic 
mercury 
mercury 
silver 
silver 
gold 
gold 
piatina 
piatina. 
Table XII. Of the combinations of the sul- 
phurous acid with the salifiable bases, in 
the order of affinity. 
Names of the 
bases. 
Names of the neutral, 
salts. 
Barytes 
Sulphite of barytes 
Potash 
potash 
Soda 
soda 
Lime 
lime 
Magnesia 
magnesia 
Ammoniac 
ammoniac 
Argiil 
argiil 
Oxyd of zinc 
zinc 
iron 
iron 
manganese 
manganese: 
cobalt 
cobalt 
nickel 
nickel 
lead 
lead 
tin 
tin 
copper 
copper 
bismuth 
bismuth 
antimony 
antimony 
arsenic 
arsenic 
mercury 
mercury 
silver 
silver 
gold 
gold 
piatina 
piatina. 
Table XIII. Of the combinations of phos- 
phorous and phosphoric acids, with the 
salitiable bases, in the order of affinity. 
Names of the neutral salts 
formed by 
Names of 
the bases 
Lime 
Barytes 
Magnesia 
Potash 
Soda 
Ammoniac 
Argil: 
Oxyd of zinc 
Phosphorous 
acid, 
Phosphites of 
lime 
barytes 
magnesia 
potash 
soda 
ammoniac 
argiil 
Phosphoric 
acid, 
Phosphats of 
lime 
barytes 
magnesia 
potash 
soda 
ammoniac 
argiil 
zinc 
