 | Thomas Thomson - 1817 - 596 Seiten
...experiments of Lavoisier and his friends. Water, then, is a compound of oxygen and hydrogen, united in the proportion of one volume of oxygen to two volumes of hydrogen. But the specific gravity of oxygen gas is I-11 11, and that of hydrogen gas 0-0694. So that oxygen... | |
 | Thomas Thomson - 1818 - 482 Seiten
...experiments of Lavoisier and his friends. Water, then, is a compound of oxygen and hydrogen, united in the proportion of one volume of oxygen to two volumes of hydrogen. But the specific gravity of oxygen gas is 1-1111, and that of hydrogen gas 0-0694. So that oxygen gas... | |
 | Hugo Reid - 1837 - 402 Seiten
...in this instrument ? I have already mentioned (chap. iv. 26) that oxygen and hydrogen gases combine in the proportion of one volume of oxygen to two volumes of hydrogen to form water. Now, from knowing this we can at once analyze atmospheric air by means of hydrogen gas... | |
 | 398 Seiten
...have, therefore, taken up four cubic inches of hydrogen ; that is to say — the gases have combined in the proportion of one volume of oxygen to two volumes of hydrogen. If they had been mixed exactly in that proportion, they would have disappeared altogether. The detonating... | |
 | 1861 - 410 Seiten
...and presenting them both in their free state, we find it also to be composed of these two elements in the proportion of one volume of oxygen to two volumes of hydrogen. Here, for instance, is an apparatus by which I hope to be able to illustrate this. Here is a voltaic... | |
 | 1865 - 640 Seiten
...oxygen, we find that when oxygen and hydrogen gases unite with one another to form water, it is always in the proportion of one volume of oxygen to two volumes of hydrogen ; and, conversely, when we decompose water electi olytically into its consument gases, we find that... | |
 | 1866 - 746 Seiten
...which the one volume of chlorine and one volume of hydrogen can again be separated. The chlorine thus unites with one volume or equivalent of hydrogen,...hydrogen, and it is said that oxygen and its class are in-equivalent or bivalent, and the group is named, the dihydric class. Again, nitrogen unites with... | |
 | William Odling - 1866 - 218 Seiten
...oxygen, we find that when oxygen and hydrogen gases unite with one another to form water, it is always in the proportion of one volume of oxygen to two volumes of hydrogen ; and, conversely, when we decompose water electrolytically into its constituent gases, we find that... | |
 | William George Valentin - 1871 - 446 Seiten
...9*.— In order to show that the gases evolved at the positive and negative electrode always come off in the proportion of one volume of oxygen to two volumes of hydrogen, an apparatus proposed by Dr. Hofmann (Fig. 30) may be used with great advantage. It consists of a U-tube,... | |
 | William George Valentin - 1871 - 412 Seiten
...32.— In order to show that the gases evolved at the positive and negative electrode always come off in the proportion of one volume of oxygen to two volumes of hydrogen, an apparatus proposed by Dr. Hofmann (Fig. 30) may be used with great advantage. It consists of a U-tube,... | |
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In order to show that the gases evolved at the positive and negative electrode always come off in the proportion of one volume of oxygen to two volumes of hydrogen, an apparatus proposed by Dr. 
