| Henry Hartshorne - 1874 - 1086 pages
...requires to lie modified ; by substituting the word tnoleCHJm for 'li/miK : equal volumes of gases contain, under the same conditions of temperature and pressure, the same number of molecules. 1 And, not long after, Ampire. A molecule is the smallest particle of any substance capable of existing... | |
| John Merry Ross - 1877 - 625 pages
...decomposition. Avogadro and Ampère enunciated the law that in equal volumes of all gases and vapours, under the same conditions of temperature and pressure, the same number of molecules is contained. Thus, in a litre of hydrogen and benzol vapour, at a temperature, let us say, of 100°... | |
| 1889 - 784 pages
...follows : Equal volumes of all substances, when in the state of gas, and under like conditions, contain the same number of molecules? It follows from this that the weights of the molecules must be in proportion to the specific gravities of the gases. But the specific gravities... | |
| August Bernthsen - 1891 - 584 pages
...perfectly gaseous state and under the same temperature and pressure, contain in equal volumes equal numbers of molecules. It follows from this that the weights of equal volumes of different gases are proportional to the weights of equal numbers of their constituent molecules,... | |
| George S. Newth - 1896 - 308 pages
...that element. The Unit Volume. — If Avogadro's hypothesis be true, if equal volumes of all gases contain (under the same conditions of temperature...pressure) the same number of molecules, it follows that the molecules of all gases occupy the same volume ; or, in other words, they occupy the same volume... | |
| Alexander Duane - 1896 - 720 pages
...weight of water is 18 (= weight of Ha, or 2 + weight of O or 16). In the gaseous state all compounds contain, under the same conditions of temperature and pressure, the same number of m's (Avogadro's law). In this state the volume of all m's (Molecular volume) is represented by 2 :... | |
| George S. Newth - 1897 - 310 pages
...that element. The Unit Volume. — If Avogadro's hypothesis be true, if equal volumes of all gases contain (under the same conditions of temperature...pressure) the same number of molecules, it follows that the molecules of all gases occupy the same volume ; or, in other words, they occupy the same volume... | |
| Alexander Duane - 1900 - 690 pages
...of water is 18 ( = weight of Hz, or •> r weight of O or 1(5). In the gaseous state all compounds contain, under the same conditions of temperature and pressure, the same number of m's (Avogadro's law). In this state the volume of all m's (Molecular volume) is represented by 2 ;... | |
| Frank Austin Gooch, Claude Frederic Walker - 1905 - 794 pages
...inference that in equal volumes of the water solution of cane sugar and of gaseous oxygen there are, under the same conditions of temperature and pressure, the same number of molecules. Van't Hoff showed that to solutions of non-electrolytic Abnormal , r Osmotic substances, like the cane... | |
| William Emerson Ritter - 1918 - 174 pages
...Avogadro; that is with the seeming fact that equal volumes of all substances while in the gaseous state contain under the same conditions of temperature and pressure, the same number of particles of these substances in their minimal combinations. I have the greatest confidence, however,... | |
| |