The principles of science
by OpenStories
Original author: William Stanley Jevons
"The Principles of Science: A Treatise on Logic and Scientific Method" by W. Stanley Jevons is a detailed scientific publication written in the late 19th century. The work explores the foundations of logic and the scientific method, addressing how reasoning can be applied to both physical and societal phenomena. By examining the principles behind inductive and deductive reasoning, the book aims to enhance understanding of how scientific inquiry is conducted. The opening of the book sets the stage for a deep exploration of the relationship between reasoning and scientific discovery. Jevons discusses the rapid advancement of physical sciences compared to the slower evolution of logical theory, emphasizing the importance of understanding the methods of reasoning utilized in scientific practice. He aims to establish that there is no distinct method of induction separate from deduction; instead, induction operates as an inverse of deduction. The early chapters introduce foundational laws of thought, identity, and the nature of inference, indicating a rigorous approach to building a comprehensive framework for scientific reasoning.
The principles of science, by William Stanley Jevons. Republished by OpenStories from Project Gutenberg eBook #74864.
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- 46chapters
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46 Chapters
- 1.Preface: To the First Edition1,513 words
- 2.Preface: To the Second Edition6,748 words
- 3.Book I: Formal Logic, Deductive and Inductive248 words
- 4.Chapter VI: The Indirect Method of Inference462 words
- 5.Chapter XIII: The Exact Measurement of Phenomena75 words
- 6.Chapter XIV: Units and Standards of Measurement814 words
- 7.Chapter XXX: Classification105 words
- 8.Chapter XXXI100 words
- 9.Introduction8,071 words
- 10.Chapter II: Terms4,302 words
- 11.Chapter III: Propositions4,445 words
- 12.Chapter IV: Deductive Reasoning5,025 words
- 13.Chapter V: Disjunctive Propositions4,546 words
- 14.Chapter VI: The Indirect Method of Inference (1)8,402 words
- 15.Chapter VI: The Indirect Method of Inference (2)3,821 words
- 16.Chapter VII: Induction11,515 words
- 17.Chapter VIII: Principles of Number6,796 words
- 18.Chapter IX8,419 words
- 19.Chapter X: The Theory of Probability7,805 words
- 20.Chapter XI: Philosophy of Inductive Inference7,722 words
- 21.Chapter XII10,695 words
- 22.Chapter XIII: The Exact Measurement of Phenomena (1)8,807 words
- 23.Chapter XIII: The Exact Measurement of Phenomena (2)3,605 words
- 24.Chapter XIV: Units and Standards of Measurement10,535 words
- 25.Chapter XV: Analysis of Quantitative Phenomena7,926 words
- 26.Chapter XVI: The Method of Means6,065 words
- 27.Chapter XVII: The Law of Error8,737 words
- 28.Chapter XVIII: Observation5,768 words
- 29.Chapter XIX: Experiment8,320 words
- 30.Chapter XX: Method of Variations6,058 words
- 31.Chapter XXI: Theory of Approximation9,779 words
- 32.Chapter XXII: Quantitative Induction7,149 words
- 33.Chapter XXIII: The Use of Hypothesis7,547 words
- 34.Chapter XXIV9,077 words
- 35.Chapter XXV: Accordance of Quantitative Theories8,053 words
- 36.Chapter XXVI: Character of the Experimentalist7,046 words
- 37.Chapter XXVII: Generalisation11,803 words
- 38.Chapter XXVIII: Analogy5,958 words
- 39.Chapter XXIX: Exceptional Phenomena10,517 words
- 40.Chapter XXX: Classification (1)8,635 words
- 41.Chapter XXX: Classification (2)8,905 words
- 42.Chapter XXX: Classification (3)4,839 words
- 43.Chapter XXXI (1)8,758 words
- 44.Chapter XXXI (2)7,698 words
- 45.Chapter XXXI (3)1,526 words
- 46.Book III: → Book IV37 words