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  1. Friedrich Wöhler (German:) FRS(For) HonFRSE (31 July 1800 – 23 September 1882) was a German chemist known for his work in both organic and inorganic chemistry, being the first to isolate the chemical elements beryllium and yttrium in pure metallic form.

  2. Apr 16, 2024 · Subjects Of Study: aluminum. chemical synthesis. organic compound. urea. process metallurgy. Friedrich Wöhler (born July 31, 1800, Eschersheim, near Frankfurt am Main [Germany]—died Sept. 23, 1882, Göttingen, Ger.) was a German chemist who was one of the finest and most prolific of the 19th century.

  3. Friedrich Wöhler (July 31, 1800 - September 23, 1882) was a German chemist who ushered in a new age of organic chemistry when he demonstrated that urea, a chemical produced in the bodies of animals and humans, could be manufactured in the laboratory.

  4. Friedrich Wöhler was a renowned German chemist who is best known the synthesis of urea, an organic compound, from ammonium cyanate, an inorganic salt, thus disproving the theory of 'vitalism', that organic substances can only be produced from living things.

  5. Professor Wohler, half-length portrait of German chemist Friedrich Wöhler, after 1840–before 1940. Science History Institute Wöhler, driven by a need similar to Liebig’s to obtain the finest education in chemistry, went to Sweden to study with Berzelius after taking his medical degree at the University of Heidelberg.

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  6. 1800-1882. Friedrich Wöhler. The formation of the known organic compound urea by heating the inorganic ammonium cyanate, about which Wöhler wrote (1828) to his mentor Berzelius (see portrait) "I can make urea without the necessity of a kidney, or even of an animal, whether man or dog" attracted wide attention and is perhaps what he is most ...

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  8. May 23, 2018 · Wöhler, Friedrich (1800–82) German chemist who first isolated aluminium and beryllium, and discovered calcium carbide. In 1828, his synthesis of urea (from ammonium cyanate) was the first synthesis of an organic chemical compound from an inorganic one; it contributed to the foundation of modern organic chemistry .

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