Appendix to Part I.—No. II. Gxix

N°IL

TABLES OF SIMPLE AFFINITY.

The following Tables were drawn up by Bergman, and additions made to them by others

at different times. The substance, the attractions of which are to be shown, is

placed at the head of a column, and the substances to which it has an attraction placed

beneath, in the order of the forces of attraction.

Oxygen.

Chrome

Arsenic

Acids:

Carbon

Bismuth

Molybdena

Arsenic

Charcoal

Lead

Lactic

ManganeseZinc

CopperTellurium

Potash, Soda, andAmmonia.

BenzoicAcetic

IronTin

Platina

Boracic

Mercury

Acids :SulphuricNitricMuriaticPhosphoricFluoricOxalicTartaricArsenicSuccinicCitricLactic

Sulphurous

Antimony

Hydrogen

Phosphorus

Sulphur

Arsenic

Nitrogen

Nickel

Cobalt

Copper

Bismuth

SilverGold

Nitrous

Carbonic

Prussic

Sulphur

Phosphorus

Water

Fixed oils

Carion.

OxygenIron

Hydrogen

Nitrogen.

Strontites.Acids:

Caloric ?

Oxygen

Benzoic

Sulphuric

Mercury

Silver

Sulphur

Sulphurous

Phosphoric

Phosphorus

Acetic

Oxalic

Arsenous acid

Hydrogen

Mucic

Tartaric

Nitric oxide

Tsnrapir*

Fluoric

Nitiic

Muriatic

Gold

Platina

Hydrogen.

NitrousCarbonic

Carbonic oxide

Oxygen

Prussic

Succinic

Muriatic acid

Sulphur

Oil

Acetic

White oxide of man-

Carbon

Water

Arsenic

ganeseWhite oxide of lead

PhosphorusNitrogen

Sulphur

BoracicCarbonic

Oxygen.*

Sulphur.

Bahytes.

Water

Titanium Phosphorus..Manganese

Acids:Sulphuric

Lime.

Zinc

Potash

Oxalic

Acids :

Iron

Soda

Succinic

Oxalic

Tin

Iron

Fluoric

Sulphuric

Uranium

Copper

Phosphoric

Tartaric

Molybdena

Tin

Mucic

Succinic

Tungsten

Lead

Nitric

Phosphoric

Cobalt

Silver

Muriatic

Mucic

Antimony

Bismuth

Suberic

Nitric

Nickel

Antimony

Citric

Muriatic

Arsenic

Mercury

Tartaric

Suberic

* Vauquelin's Table of the affinity of the metals for oxygen, according to the diffi-

culty with which their oxides are decomposed by heat.

g *