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Problems from ... 'Chemistry', with solutions
This is a reproduction of a classic text optimised for kindle devices. We have endeavoured to create this version as close to the original artefact as possible. Although occasionally there may be certain imperfections with these old texts, we believe they deserve to be made available for future generations to enjoy.
80 pages, Kindle Edition
Published April 23, 2018
About the author
Alexander William Williamson
18 books4 followersAlexander William Williamson FRS (1 May 1824 – 6 May 1904) was an English chemist of Scottish descent. He is best known today for the Williamson ether synthesis.
After working under Leopold Gmelin at Heidelberg, and Justus von Liebig at Gießen, Williamson spent three years in Paris studying higher mathematics under Comte. In 1849, Williamson was appointed professor of practical chemistry at University College, London, and from 1855 until his retirement in 1887 he also held the professorship of chemistry. In 1855 he married Emma Catherine Key, the third daughter of Thomas Hewitt Key. Williamson died on 6 May 1904, at Hindhead, Surrey, England, and was buried at Brookwood Cemetery in Surrey.
Williamson is credited for his research on the formation of ether by the interaction of sulphuric acid and alcohol, known as the Williamson ether synthesis. He regarded ether and alcohol as substances analogous to and built up on the same type as water, and he further introduced the water-type as a widely applicable basis for the classification of chemical compounds. The method of stating the rational constitution of bodies by comparison with water he believed capable of wide extension, and that one type, he thought, would suffice for all inorganic compounds, as well as for the best-known organic ones, the formula of water being taken in certain cases as doubled or tripled.
So far back as 1850 he also suggested a view which, in a modified form, is of fundamental importance in the modern theory of ionic dissociation, for, in a paper on the theory of the formation of ether, he urged that in an aggregate of molecules of any compound there is an exchange constantly going on between the elements which are contained in it; for instance, in hydrochloric acid each atom of hydrogen does not remain quietly in juxtaposition with the atom of chlorine with which it first united, but changes places with other atoms of hydrogen. A somewhat similar hypothesis was put forward by Rudolf Clausius about the same time.
For his work on etherification, Williamson received a Royal medal from the Royal Society in 1862, of which he became a fellow in 1855, and which he served as foreign secretary from 1873 to 1889. He was twice president of the London Chemical Society, from 1863–1865 and from 1869-1871.
In 1863 five students from the Chōshū clan in Japan came to study in London under the guidance of Professor Williamson. They were Ito Shunsuke (later Ito Hirobumi), Inoue Monta (later Inoue Kaoru), and Yamao Yozo. Endo Kinsuke and Nomura Yakichi (later Inoue Masaru). They all later made enormous contributions to the modernization of Japan.
After working under Leopold Gmelin at Heidelberg, and Justus von Liebig at Gießen, Williamson spent three years in Paris studying higher mathematics under Comte. In 1849, Williamson was appointed professor of practical chemistry at University College, London, and from 1855 until his retirement in 1887 he also held the professorship of chemistry. In 1855 he married Emma Catherine Key, the third daughter of Thomas Hewitt Key. Williamson died on 6 May 1904, at Hindhead, Surrey, England, and was buried at Brookwood Cemetery in Surrey.
Williamson is credited for his research on the formation of ether by the interaction of sulphuric acid and alcohol, known as the Williamson ether synthesis. He regarded ether and alcohol as substances analogous to and built up on the same type as water, and he further introduced the water-type as a widely applicable basis for the classification of chemical compounds. The method of stating the rational constitution of bodies by comparison with water he believed capable of wide extension, and that one type, he thought, would suffice for all inorganic compounds, as well as for the best-known organic ones, the formula of water being taken in certain cases as doubled or tripled.
So far back as 1850 he also suggested a view which, in a modified form, is of fundamental importance in the modern theory of ionic dissociation, for, in a paper on the theory of the formation of ether, he urged that in an aggregate of molecules of any compound there is an exchange constantly going on between the elements which are contained in it; for instance, in hydrochloric acid each atom of hydrogen does not remain quietly in juxtaposition with the atom of chlorine with which it first united, but changes places with other atoms of hydrogen. A somewhat similar hypothesis was put forward by Rudolf Clausius about the same time.
For his work on etherification, Williamson received a Royal medal from the Royal Society in 1862, of which he became a fellow in 1855, and which he served as foreign secretary from 1873 to 1889. He was twice president of the London Chemical Society, from 1863–1865 and from 1869-1871.
In 1863 five students from the Chōshū clan in Japan came to study in London under the guidance of Professor Williamson. They were Ito Shunsuke (later Ito Hirobumi), Inoue Monta (later Inoue Kaoru), and Yamao Yozo. Endo Kinsuke and Nomura Yakichi (later Inoue Masaru). They all later made enormous contributions to the modernization of Japan.
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