The elements of thermal chemistry / by M.M. Pattison Muir ; assisted by David Muir Wilson.

  • Muir, M. M. Pattison (Matthew Moncrieff Pattison), 1848-1931.
Date:
1885
Catalogue details

Licence: Public Domain Mark

Credit: The elements of thermal chemistry / by M.M. Pattison Muir ; assisted by David Muir Wilson. Source: Wellcome Collection.

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    Section IV. Application of thermal methods to chemical PROBLEMS. General statement .... Losses of energy measured thermally Difficulties ParaRraph Page 23 12 24 13 25 13 Section V. Hypothesis regarding the mechanism of chemical CHANGES. statement of the hypothesis .... Definition of molecule Molecular explanation of gaseous pressure Avogadro’s law Application to chemical reactions A molecule of hydrogen is composed of two parts The atom Determination of molecular weights of gases Atomic weights of elements .... Atomicity of elementary molecules . Law of Dulong and Petit Law of isomorphism Chemical methods of determining atomic weights Concluding remarks to Chapter I. . 26 13—4 27 14 28 14 29 14—15 30 15—6 31 16 32 16 33—4 16—8 35—6 18-9 37 20 38 20—1 39 21—2 40 22 41—4 22—4 CHAPTER II. METHODS OF INQUIRY USED IN THERMAL CHEMISTRY. Section I. Measurement of heat or Calorimetry. Fundamental statement of calorimetry The unit of heat ..... Calorimeters ...... Description of special forms of calorimeters Calculation of thermal values of reactions 45 25 46—7 25—6 48 26—7 49 27—43 50 43—5 Section II. Methods of stating results of thermochemical MEASUREMENTS. Principles of thermochemical notation . . • • Dependence of thermochemical values on temperature &c. 61—3 45—8 54—7 48—62 ,11 V'’ OP TO Tffi SamvI. iiioiBOPri-V ilkropj kaais: Gaiaili.<siioE! Baiub 0 S of iKfflic bds Minpoalioiiaadc' in connection' n • OfjriJ.