 ... having the same weight as the two original measures; but the number of ultimate particles could at most be one half of that before the union. No two elastic fluids, probably, therefore, have the same number of particles, either in the same volume...  Theories of solutions - Page 35by Svante Arrhenius - 1912 - 247 pagesFull view - About this book
 | 1904 - 126 pages
...taking into account both chemical and physical properties. Thus, after adducing chemical evidence that " no two elastic fluids, probably, . . . have the same...particles, either in the same volume or the same weight," Dalton goes on to show that " the quantity of heat belonging to the ultimate particles of all elastic... | |
 | Andrew Norman Meldrum - 1904 - 126 pages
...taking into account both chemical and physical properties. Thus, after adducing chemical evidence that " no two elastic fluids, probably. ... have the same...particles, either in the same volume or the same weight,* Dalton goes on to show that " the quantity of heat belonging to the ultimate particles of all elastic... | |
 | Gordon Van Praagh - 1950 - 332 pages
...particles present in 1 ml. of oxygen. From many similar measurements Dalton concluded wrongly that 'no two elastic fluids, probably, have the same number...particles, either in the same volume or the same weight'. When Gay Lussac put forward his law of combining volumes in the following year, Dalton refused to recognize... | |
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