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The Study of Chemical Composition: An Account of its Method and Historical Development

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Introduction. The Method of the Inductive Sciences, Observation, Generalisation and Law. Hypothesis and Theory
Chapter 1 Theories of Combustion
Chapter 2 Lavoisier and the Law of Conservation of Mass
Chapter 3 Exact and Approximate Laws
Chapter 4 Berthollet and the Law of Mass Action
Chapter 5 Proust and the Law of Fixed Ratios
Chapter 6 Dalton and the Law of Multiple Ratios
Chapter 7 Richter and the Law of Equivalent Ratios
Chapter 8 Combining or Equivalent Weights. Symbol Weights
Chapter 9 The Ultimate Constitutions of Matter. Hypotheses prior to 1800
Chapter 10 Dalton and the Atomic Hypothesis
Chapter 11 Gay-Lussac and the Law of the Combining Volumes of Gases
Chapter 12 Avogadro and the Molecular Hypothesis
Chapter 13 Cannizzaro and the Application of Avogadro's Hypothesis to the Determination pf Molecular and Atomic Weights
Chapter 14 Petit and Dulong and the Law of Atomic Heat
Chapter 15 Mitscherlich and the Connection between Crystalline Form and Chemical Composition
Chapter 16 Mendeleeff and the Periodic Law
Chapter 17 Kekule and the Doctrine of Valency
Chapter 18 Berzelius and Isomerism
Chapter 19 The Ultimate Constitution of Matter and the Genesis of the Elements

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Availability

5555129615

660 FRE s

Pusat (Sirkulasi)

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Detail Information

Series Title

-

Call Number

660 FRE s

Publisher

New York : Cambridge University Press., 2014

Collation

xvi, 650p., Index. 14 x 21 cm

Language

English

ISBN/ISSN

978-1-107-69030-1

Classification

660

Content Type

text

Media Type

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Carrier Type

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Edition

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Subject(s)

CHEMICAL ENGINEERING
CONDITIONS AND LAWS OF CHEMICAL REACTION

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