...1.8 (=52) — 32 = — 20°F LAW OP GASEOUS VOLUMES. LAW. — -Equal volumes of all gases and vapors contain, at the same temperature and pressure, an...molecules of all compounds, no matter how great may he the aggregate volume of their constituents, occupy, when compared at the same temperature and pressure,...

...unit ? What else measures specific gravity? Hence the law, " Equal volumes of all gases anil vapors contain, at the same temperature and pressure, an equal number of molecules." Under this law, therefore, the molecules of nearly all compounds, however great the aggregate volume...

...by the combining proportions of a compound, is equal to that filled by two combining proportions ( = one molecule) of Hydrogen. Hence the law, " Equal...temperature and pressure, an equal number of molecules." Under this law, therefore, the molecules of nearly all compounds, however great the aggregate volume...

...equals, with very few exceptions, the molecular volume of hydrogen at the same temperature and pressure. Hence the law : — Equal volumes of all gases and...temperature and pressure an equal number of molecules, and the molecules of all compounds in the gaseous or vaporous condition, no matter how great may bo...

...volume of hydrogen at the same temperature and pressure. Hence the law : — Equal volumes of all gages and vapours contain at the same temperature and pressure an equal number of molecules, and the molecules of all compounds in the, gaseoits or vaporous condition, no matter how great may...

...equals, ivith very few exceptions, the molecular volume of hydrogen at the same temperature and pressure. Hence the law : — Equal volumes of all gases and...temperature and pressure an equal number of molecules, and the molecules of all compounds in the gaseous or vaporous condition, no matter how great may be...

...exceptions, the molecular volume of hydrogen at the same temperature and pressure. Hence the law:—Equal volumes of all gases and vapours contain at the same...temperature and pressure an equal number of molecules, and the molecules of all compounds in the gaseous or vaporous condition, no matter how great may be...

...unlik-e, differing in weight and, perhaps, in form ; and (3) that equal volumes of all aeriform bodies contain, at the same temperature and pressure, an equal number of molecules.* (4) It also naturally follows that one molecule of any aeriform body must occupy a certain definite...

...exceptions) always two volume vapours. These relations are expressed, according to Avogadro, by the law that equal volumes of all gases and vapours contain (at...temperature and pressure) an equal number of molecules. Now, if constant volume combinations are admitted (and the experiment has proved it), we have no difficulty...

...by the combining proportions of a compound, is equal to that filled by two combining proportions ( = one molecule) of Hydrogen. Hence the law, " Equal...temperature and pressure, an equal number of molecules." Under this law, the molecules of nearly all compounds, however great the aggregate volume of their...