 | William Gifford, Sir John Taylor Coleridge, John Gibson Lockhart, Whitwell Elwin, William Macpherson, William Smith, Sir John Murray, George Walter Prothero - 1848 - 638 páginas
...combined in exactly the same proportions, yet produce compounds having very different chemical properties. Two conditions of Isomerism may be noted ; one in...of the compound is the same — the other, where, though the relative proportions of the elements are the same, the absolute number of atoms of each... | |
 | William Gifford, Sir John Taylor Coleridge, John Gibson Lockhart, Whitwell Elwin, William Macpherson, William Smith, Sir John Murray, George Walter Prothero - 1848 - 636 páginas
...proportions, yet produce compounds having very different chemical properties. Two conditions of [somerism may be noted ; one in which the absolute number of...of the compound is the same — the other, where, though the relative proportions of the elements are the same, the absolute number of atoms of each... | |
 | Julius Adolph Stöckhardt - 1850 - 686 páginas
...squares ; for instance, — Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different....one, in b, two and two, in c and d, four and four, squares are so joined together as to present a different appearance. If we imagine these squares to... | |
 | Julius Adolph Stöckhardt - 1850 - 684 páginas
...— CHEMICAL PROPORTIONS. Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different. In a, one and one, in fc, two and two, in c and d, four and four, squares are so joined together as to present a different... | |
 | Julius Adolph Stöckhardt - 1854 - 716 páginas
...squares ; for instance, — Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different. In a, one and one, in b, two and two, in c and <f, four and four, squares are so joined together as to present a different appearance. If we imagine... | |
 | David Ames Wells - 1859 - 528 páginas
...each particular case are differently arranged, in the same way as the most manifold grouping may be produced on a chess-board by transposition of the...may be noted ; one in which the absolute number of dtoms, and consequently the atomic weight of the compound, is the same; the other where, theugh the... | |
 | David Ames Wells - 1859 - 524 páginas
...as is shown in Fig. 76. Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different. In a one and one, in b two and two, hi c and d four and four * Two conditions of isomerism may be noted ; one in which the absolute number... | |
 | David Ames Wells - 1862 - 532 páginas
...squares, but though the absolute number is the same, the grouping la different. In a one and one, in t two and two, in c and d four and four *• * Two conditions...weight of the compound, is the same ; the other where, though the relative proportions of the elements are the same, the absolute number of atoms of each... | |
 | Sir Henry Holland - 1862 - 576 páginas
...combined in exactly the same proportions, yet produce compounds having very different chemical properties. Two conditions of Isomerism may be noted; one in which...of the compound is the same : — the other, where, though the relative proportio-ns of the elements are the same, the absolute number of atoms of each... | |
 | David Ames Wells - 1862 - 528 páginas
...as is shown in Fig. 16. Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different. In a one and one, in 6 two and two, in c and d four and four * Two conditions of isomcrism may be noted ; one in -which... | |
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Each figure is composed of eight white and eight black squares, but though the absolute number is the same, the grouping is different. In a one and one, in b two and two, in c and d four and four * Two conditions of isomerism may be noted ; one in which... 
