Knowledge (XXG)

Jeremias Benjamin Richter

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His findings were published in Über die neueren Gegenstände in der Chemie (1792–1802) and Anfangsgründe der Stöchiometrie or Messkunst chemischer Elemente (1792–1794), but a considerable period of time elapsed before they were fully acknowledged. This was partly because some of his work was
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Evidence for the existence of atoms was inferred from the law of definite proportions proposed by him in 1792. Richter found that the ratio by weight of the compounds consumed in a chemical reaction was always the same. It took 615 parts by weight of
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He was thus led to conclude that chemistry is a branch of applied mathematics and to endeavour to trace a law according to which the quantities of different bases required to saturate a given acid formed an
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and constant composition alone do not prove that atoms exist, but their existence is difficult to explain without assuming that chemical compounds are formed when atoms combine in constant proportions.
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and bases acids. He realised that those amounts of different bases which can saturate the same quantity of a particular acid are equivalent to each other (see
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Between 1792 and 1794 he published a three-volume summary of his work on the law of definite proportions. In this book Richter introduced the term
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reported his work on the constant composition of chemical compounds, the time was ripe for the reinvention of an atomic theory. The
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calculated in 1802 the first table of chemical equivalents, taking sulphuric acid as the standard with a value of 1000. When
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art of chemical measurements, which has to deal with the laws according to which substances unite to form chemical compounds
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Richter was fascinated with the role of mathematics in chemistry. Unfortunately, his writing style has been described as
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in 1794, and by 1800 was appointed assessor to the department of mines and chemist to the royal porcelain factory at
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One or more of the preceding sentences incorporates text from a publication now in the
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He made some of the earliest known determinations of the quantities by weight in which
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L. Darmstaedter; R. E. Oesper (1928). "Jeremias Benjamin Richter".
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A History of European Thought in the Nineteenth Century
312:, and author of the laws of constant heat-sums and of 213:, where he died. He is known for introducing the term 412:(in German). Berlin: Kalliope-Verbund. 5 April 2008 162: 152: 129: 99: 83: 8: 374:Bavarian Academy of Sciences and Humanities 91: 80: 633:Learn how and when to remove this message 69:Learn how and when to remove this message 596:This article includes a list of general 459: 457: 455: 453: 406:"Richter, Jeremias Benjamin (1762-1807)" 32:This article includes a list of general 706:Scientists from the Province of Silesia 364: 185: 7: 701:Chemists from the Kingdom of Prussia 304:which was only corrected in 1841 by 190:; 10 March 1762 – 4 May 1807) was a 602:it lacks sufficient corresponding 38:it lacks sufficient corresponding 14: 653:"European Network for Chemistry" 587: 464: 23: 501:Beck, Charles M. (1994-02-15). 430:Deutschen Digitalen Bibliothek 382:Neue Deutsche Biographie (NDB) 205:, became a mining official at 1: 257:Law of definite proportions ( 167:Law of reciprocal proportions 716:18th-century German chemists 711:19th-century German chemists 378:"Richter, Jeremias Benjamin" 308:, professor of chemistry at 426:"Jeremias Benjamin Richter" 284:law of definite proportions 732: 482:Richter, Jeremias Benjamin 328:, which he defined as the 16:German chemist (1762–1807) 436:] (in German). Berlin 179:Jeremias Benjamin Richter 90: 85:Jeremias Benjamin Richter 696:People from Jelenia Góra 296:incorrectly ascribed to 247:arithmetical progression 617:more precise citations. 487:Encyclopædia Britannica 372:Stefan Büttner (2003). 341:Ernst Gottfried Fischer 276:Ernst Gottfried Fischer 53:more precise citations. 434:German Digital Library 223:Developer of titration 410:Kalliope-Verbund.info 251:geometric progression 507:Analytical Chemistry 386:New German Biography 343:in terms of tables. 663:on January 15, 2003 519:10.1021/ac00076a001 388:] (in German). 540:John Theodore Merz 337:obscure and clumsy 643: 642: 635: 573:10.1021/ed005p785 392:. Berlin: 532–533 353:Equivalent weight 274:. From his data, 197:. He was born at 176: 175: 79: 78: 71: 723: 672: 670: 668: 659:. 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Index

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inline citations
improve
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Hirschberg
Prussia
Poland
Berlin
Germany
German
Law of reciprocal proportions
Stoichiometry
[ˈʁɪçtɐ]
German
chemist
Hirschberg
Silesia
Breslau
Berlin
stoichiometry
acids
bases
Titration
arithmetical progression
geometric progression
stoichiometry
magnesia
sulfuric acid

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