 This is indicated by a consideration of the volumes of hydrogen, chlorine, oxygen, and nitrogen which combine with one another. As we have seen, 1 volume of hydrogen combines with 1 volume of chlorine, forming 2 volumes of hydrochloric acid. This is the...  An Introduction to the Study of Chemistry - Page 224by Ira Remsen - 1886 - 387 pagesFull view - About this book
 | Henry Hartshorne - 1874 - 1086 pages
...volumes of nitrogen combine with 1 volume of oxygen to form 2 volumes of protoxide of nitrogen. III. 3 volumes of hydrogen combine with 1 volume of nitrogen to form 2 volumes of ammoniacal gas. IV. 1 volume of nitrogen combines with 1 volume of oxygen, forming 2 volumes of binoxide... | |
 | William McPherson, William Edwards Henderson - 1913 - 580 pages
...following equation : 2 vol. of NH8 = 1 vol. of N2 + 3 vol. of H2. Of course, the reverse is likewise true : 3 volumes of hydrogen combine with 1 volume of nitrogen to form 2 volumes of ammonia (compare with the composition of water, p. 69). By comparing the weight of the 3 volumes of hydrogen... | |
 | William McPherson - 1913 - 786 pages
...following equation : 2 vol. of NHS = 1 vol. of N3 + 3 vol. of Ha. Of course, the reverse is likewise true : 3 volumes of hydrogen combine with 1 volume of nitrogen to form 2 volumes of ammonia (compare with the composition of water, p. 69). By comparing the weight of the 3 volumes of hydrogen... | |
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