The Principles of Chemistry, Volume I
by OpenStories
Original author: Dmitry Ivanovich Mendeleyev
"The Principles of Chemistry, Volume I" by Dmitry Ivanovich Mendeleyev is a scientific publication written in the late 19th century. This foundational text serves as an introduction to the principles and methodologies of chemistry, emphasizing the author's philosophical approach to understanding the laws governing chemical processes, notably the periodic law he famously formulated. The book is aimed at students and practitioners in the field, providing insights into the relationships and transformations of chemical substances. The opening of the book includes both a translator’s and author’s preface, where Mendeleyev expresses his intent to harmonize experimental data with theoretical insights, fostering a deeper understanding of chemical principles. He reflects on the evolution of chemistry from observational practices to its establishment as a systematic science, highlighting the importance of historical figures like Lavoisier in framing the principles that underpin it. Mendeleyev's aim is to encourage a spirit of inquiry and experimentation among students, illustrating his conviction that chemistry not only reveals the nature of material substances but also serves practical humanitarian purposes.
The Principles of Chemistry, Volume I, by Dmitry Ivanovich Mendeleyev. Republished by OpenStories from Project Gutenberg eBook #51326.
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63 Chapters
- 1.Preface: To the5,194 words
- 2.Introduction: 1106 words
- 3.Introduction (1)8,213 words
- 4.Introduction (2)8,569 words
- 5.Introduction (3)2,064 words
- 6.Chapter I: On Water and Its Compounds (1)8,198 words
- 7.Chapter I: On Water and Its Compounds (2)8,356 words
- 8.Chapter I: On Water and Its Compounds (3)8,275 words
- 9.Chapter I: On Water and Its Compounds (4)8,295 words
- 10.Chapter I: On Water and Its Compounds (5)7,545 words
- 11.Chapter II: The Composition of Water, Hydrogen (1)8,461 words
- 12.Chapter II: The Composition of Water, Hydrogen (2)8,188 words
- 13.Chapter II: The Composition of Water, Hydrogen (3)5,127 words
- 14.Chapter III: Oxygen and the Chief Aspects of Its Saline Combinations (1)8,517 words
- 15.Chapter III: Oxygen and the Chief Aspects of Its Saline Combinations (2)8,254 words
- 16.Chapter III: Oxygen and the Chief Aspects of Its Saline Combinations (3)6,991 words
- 17.Chapter IV: Ozone and Hydrogen Peroxide--Dalton's Law (1)8,449 words
- 18.Chapter IV: Ozone and Hydrogen Peroxide--Dalton's Law (2)5,126 words
- 19.Chapter V: Nitrogen and Air (1)8,430 words
- 20.Chapter V: Nitrogen and Air (2)3,635 words
- 21.Chapter VI: The Compounds of Nitrogen with Hydrogen and Oxygen (1)8,303 words
- 22.Chapter VI: The Compounds of Nitrogen with Hydrogen and Oxygen (2)8,283 words
- 23.Chapter VI: The Compounds of Nitrogen with Hydrogen and Oxygen (3)6,686 words
- 24.Chapter XX: ) Water destroys this compound, forming sulphuric acid3,697 words
- 25.Chapter VII: Molecules and Atoms. the Laws of Gay-Lussac and Avogadro-Gerhardt1,422 words
- 26.Chapter I: , Note 1). This method is especially important for6,526 words
- 27.Chapter II: , that water is decomposed at such high temperatures. In the (1)8,085 words
- 28.Chapter II: , that water is decomposed at such high temperatures. In the (2)3,345 words
- 29.Chapter VIII: Carbon and the Hydrocarbons (1)8,367 words
- 30.Chapter VIII: Carbon and the Hydrocarbons (2)7,835 words
- 31.Chapter VIII: Carbon and the Hydrocarbons (3)6,079 words
- 32.Chapter IX: Compounds of Carbon with Oxygen and Nitrogen4,862 words
- 33.Chapter XIV (1)8,000 words
- 34.Chapter XIV (2)4,375 words
- 35.Chapter XXII: ) has the composition K{4}FeC{6}N{6} + 2H{2}O. The name2,264 words
- 36.Chapter X: Sodium Chloride--Berthollet's Laws--Hydrochloric Acid (1)8,574 words
- 37.Chapter X: Sodium Chloride--Berthollet's Laws--Hydrochloric Acid (2)8,377 words
- 38.Chapter X: Sodium Chloride--Berthollet's Laws--Hydrochloric Acid (3)4,319 words
- 39.Chapter XI: The Halogens: Chlorine, Bromine, Iodine, and Fluorine8,294 words
- 40.Chapter VIII: , Note 42.)7,373 words
- 41.Chapter II: Note 27. According to F. Freyer and V. Meyer (1892),4,100 words
- 42.Chapter II: , Note 27), Ramsay and Young observed that the ratio of216 words
- 43.Chapter I: Note 49) on the temperature of the formation of ice1,034 words
- 44.Chapter IV: ), serve for the detection of iodine52 words
- 45.Chapter I: , because in many instances unstable highly iodised (1)8,388 words
- 46.Chapter I: , because in many instances unstable highly iodised (2)8,434 words
- 47.Chapter I: , because in many instances unstable highly iodised (3)6,317 words
- 48.Chapter XIII: Potassium, Rubidium, Cæsium, and Lithium. Spectrum Analysis754 words
- 49.Chapter XVII: , the friable, crumbling, and stratified formations which259 words
- 50.Chapter X: , Note 2 (1)8,321 words
- 51.Chapter X: , Note 2 (2)8,184 words
- 52.Chapter X: , Note 2 (3)3,217 words
- 53.Chapter XIV1,855 words
- 54.Chapter VII: , Note 28. Thus W. G. Burdakoff determined in my7,776 words
- 55.Chapter XIII: These deposits also contain much kainite,9,417 words
- 56.Chapter I: , Note 65. 100 parts of water dissolve3,179 words
- 57.Part IV: Carbon Compounds. Fcp. 8vo., 4s138 words
- 58.Introduction: TO THE STUDY OF CHEMICAL PHILOSOPHY. The Principles of1,541 words
- 59.Part IV: Calculations for Building Structures. Course for Honours. With736 words
- 60.Part II: Chiefly on Engine Details. With 174 Woodcuts. Fcp. 8vo., 4s3,007 words
- 61.Appendix: SUPERFICIAL AND SURGICAL ANATOMY. By Professor G. D1,930 words
- 62.Introduction: TO THE STUDY OF CHEMICAL PHILOSOPHY. By WILLIAM A. TILDEN,298 words
- 63.Part II: Chiefly on Engine Details. With 174 Illustrations. Fcp1,178 words