Law. A mixture of gases having no chemical action on each other exerts a pressure which is the sum of the pressures which would be exerted by each component gas separately if it occupied the containing vessel alone at the given temperature. The Elements of Physics: A College Text-book - Page 198by Edward Leamington Nichols, William Suddards Franklin - 1904Full view - About this book
| Samuel S. Wyer - Gas - 1906 - 304 pages
...volumes of all gases at the same temperature and pressure contain the same number of molecules. § 16. Dalton's law. A mixture of gases, having no chemical action on each other, exerts a pressure which is equal to the sum of the pressures which would be produced by each gas separately, provided it occupied... | |
| William Cawthorne Unwin - Hydraulics - 1907 - 354 pages
...which has been determined with great precision. Dalton's law.—In a mixture of gases the pressure is the sum of the pressures which would be exerted by each gas separately if it occupied the space alone. Let v lt r 2 . . . be the fractions of a cubic foot... | |
| William Suddards Franklin, Barry MacNutt - Heat - 1910 - 436 pages
...temperature and pressure) which combine chemically; then the ratio u/v is always a simple rational fraction. Dalton's Law. A mixture of gases having no chemical...containing vessel alone at the given temperature. Joule and Thomson's principle. When a gas escapes through an orifice 0. Fig. 24, from a region CC of... | |
| William Suddards Franklin, Barry MacNutt - Heat - 1910 - 432 pages
...pressure) which combine chemically; then the ratio ujv is always a simple rational fraction. Dalton.s Law. A mixture of gases having no chemical action...containing vessel alone at the given temperature. Joule and Thomson.s principle. When a gas escapes through an orifice 0, Fig. 24, from a region CC of... | |
| William Duane Ennis - Thermodynamics - 1910 - 464 pages
...known as Dalton's law may be thus stated : A mixture of gases having no chemical action on one another exerts a pressure which is the sum of the pressures which would be exerted by the component gases separately if each in turn occupied the containing vessel alone at the given temperature.... | |
| George Senter - Chemistry, Physical - 1911 - 456 pages
...sum of the properties of the constituents. In particular, the total pressure of a mixture of gases, is the sum of the pressures which would be exerted by each of the components if it alone occupied the total volume — a law which was discovered by Dalton, and... | |
| David Talbot Day - Petroleum industry and trade - 1922 - 984 pages
...Dalton's Law of partial pressures and is stated as follows:1 "The total pressure of a mixture of gases is the sum of the pressures which would be exerted by each of the components if it alone occupied the total volume." The application of this law to either the... | |
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