A treatise on the principles of Chemistry

Front Cover
CUP Archive, 1884

From inside the book

Contents

Summary of law of massaction and principle of coexistence
4
CHEMICAL STATICS
7
Daltonian conception of atoms
17
Mitscherlichs law of isomorphism
21
Examples of use of hypothesis of geometrical isomerism
33
Application of Avogadros law to determine relative weights
37
Groups of isomorphous elements
47
35
51
Connexions between molecular refraction and isomerism
302
Connexions between absorptionspectra and structure of molecules
310
SECTION III
317
Relations between atomic weights and atomic volumes
320
THE LAW OF MASSACTION
339
Experimental verifications of equation of equilibrium
345
CHEMICAL DYNAMICS
355
CHEMICAL EQUILIBRIUM
363

Table of data for finding maximum atomic weights of elements
77
Summary of section IV
92
Atomicity of elementary molecules
96
Examples of actions called nascent
106
Dualistic conception of acid and salt
116
EQUIVALENCY OF ATOMS
122
monovalent divalent
129
ALLOTROPY AND ISOMERISM
138
Possible isomerides of same empirical formula
144
Generalisations used as guides in finding structural formulę
156
78
162
Application of these terms to classification of atoms of elements
170
82
171
General considerations regarding relations illustrated in pars 85
179
Appendix to section IV
193
Work of Lehmann and others on physical isomerism
199
101
208
Formulę of liquid and solid compounds
221
THE PERIODIC
222
The same subject continued
223
Illustrations of periodic connexion between atomic weights
232
APPLICATIONS OF PHYSICAL METHODS
246
Endothermic and exothermic reactions
253
A chemical change consists of at least two parts
262
same chemical system
275
Illustrations of application of thermal methods to determine struc
282
Concluding remarks to this section
289
19
367
of elements
367
Method of calculating atomic refraction from determinations
367
142 143
367
Molecular conductivity of an acid defined
367
149
367
Odd series even series long periods and typical elements
367
Data to illustrate connexions between molecular volumes
367
Discussion of meaning of molecular volume
367
MISCELLANEOUS METHODS
367
Etherification of alcohols
367
Horstmanns condition of equilibrium
379
MOLECULAR METHODS APPLIED TO CHEMICAL
385
199
394
Molecular
402
Coefficients of affinity arrived at by using Guldberg and Waages
408
Law of dilution for monobasic acids
424
Method for finding maximum conductivity of a monobasic acid
431
ΠΙΟ
439
General remarks on results obtained
446
vant Hoffs law of osmotic pressure
452
112
467
Constitutive properties
468
Energychanges and electromotive force
475
Table of maximum atomic weights of elements
480
179
481
27
488

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