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Definition of Ethyl group
1. Noun. The univalent hydrocarbon radical C2H5 derived from ethane by the removal of one hydrogen atom.
Ethyl Group Pictures
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Lexicographical Neighbors of Ethyl Group
Literary usage of Ethyl group
Below you will find example usage of this term as found in modern and/or classical literature:
1. Journal of the American Chemical Society by American Chemical Society (1914)
"The methyl group will exert upon the central carbon atom of this group an attractive
force which will differ more from that of an ethyl group than would an ..."
2. Principles of Theoretical Chemistry, with Special Reference to the by Ira Remsen (1877)
"The production of ethylamine indicates clearly that, in the mustard oil, the
ethyl group is in combination with the nitrogen atom; and the production of ..."
3. Medical Record by George Frederick Shrady, Thomas Lathrop Stedman (1896)
"... while the smallest toxicity is found in the similar bodies of the ethyl group.
By substituting for the hydrogen in the amide group an alkyl of the ..."
4. Proceedings of the Royal Society of London by Royal Society (Great Britain) (1867)
"Analysis of this salt showed that the ethyl group had been once taken up. On the
addition of caustic soda the corresponding base was separated. ..."
5. The Chemical News and Journal of Industrial ScienceChemistry (1900)
"Gesell., xvi., 2188) more ethyl-group was introduced. The resulting compound,
its mode of formation, its analysis, its resistance to alkalis and even ..."
6. Proceedings of the Royal Society of London by Royal Society (Great Britain) (1869)
"... ethyl-group separates, united with nitrogen, in the form of ethylamine, from
the molecule, while the carbon and sulphur of the group CS are burnt and ..."
7. Second Report of the Factory Investigating Commission, 1913 by George Moses Price, James P. Whiskeman, Elizabeth C. Watson, Zenas L. Potter, Charles Baskerville, Charles F. McKenna, Charles T. Graham Rogers, John H. Vogt, George A. Hall, Pauline Dorothea Goldmark (1913)
"According to Francis and Fortescue-Brickdale (99), the ethyl group is stronger than
... Thus, certain hypnotic properties possessed by the ethyl group are ..."
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