...oxide, oxygenous and azotic gases, with the above apparatus, establish the following general law : that, under equal circumstances of temperature, water takes...follows, that •water takes up, of gas condensed by one, tiro, or more additional atmospheres, at/uanlity ithich, ordinarily compressed , would be equal to...

...apparatus, establish the following general law: " that, under equsl circumstances of temperature, iuattr takes up, in all cases, the same volume of condensed gas as of get under ordinary pressure. But, as the Spaces occupied by every gas are inversely as the compressing...

...researches on this subject, " Water takes up in all cases, under equal circumstances of temperature, the same volume of condensed gas, as of gas under ordinary pressure." To whatever degree of density, therefore, the elastic fluid is brought by pressure, the same volume...

...water and gases. The results of a series of at least fifty experiments on a variety of gases were, that under equal circumstances of temperature, water takes...condensed gas as of gas under ordinary pressure ; but that as the spaces occupied by every gas are inversely as the compressing force, it follows that water...

...water and gases. The results of a series of at least fifty experiments on a variety of gases were, that under equal circumstances of temperature, water takes...condensed gas as of gas under ordinary pressure ; but that as the spaces occupied by every gas are inversely as the compressing force, it follows that water...

...aphorised by Henry in 1803, in the following proposition, now known as Henry's law of pressures. " Under equal circumstances of temperature water takes...condensed gas, as of gas under ordinary pressure." So that water at 15°, for instance, dissolves its own volume of carbonic anhydride at every pressure...

...following general law—tlint under equal circumstances of temperature, \cattr lakes tip, in all canes, the same volume of condensed gas as of gas under ordinary pressure. But аз the spaces occupied by every gas are inversely as the compressing forces, it follows that water...

...it would under a pressure of I atmosphere. This law was expressed by the discoverer (Henry) that " under equal circumstances of temperature, water takes...condensed gas as of gas under ordinary pressure.'' This is evidently the same as the first statement, for from Boyle's Law we know that the volume of...

...under one atmosphere's pressure. This is known as the Law of Henry. He stated the law in the following words : " Under equal circumstances of temperature,...condensed gas as of gas under ordinary pressure." This fact enables us to understand the phenomena of effervescent waters, such as soda water, which...

...dissolved, but the law was not clearly stated till 1803, when it was enunciated thus by Henry : — " Under equal circumstances of temperature water takes...compressing force, it follows that water takes up of gas, compressed by one, two, or more additional atmospheres, a quantity which, ordinarily compressed, would...