 Hence, by analogy, it may be inferred that the molecules of these several salts, as they exist in solution, possess densities which are to one another as the squares of the times of equal diffusion. Thus, the solution-densities of sulphate, nitrate, and...  A Manual of inorganic chemistry v. 1 - Page 90de Sir Thomas Edward Thorpe - 1873Affichage du livre entier - À propos de ce livre
 | Thomas Graham - 1858 - 826 pages
...their densities. Hence, by analogy, it may be inferred that the molecules of these several salts, as they exist in solution, possess densities which are...solution-densities of sulphate, nitrate, and hydrate of potash, are to one another as the numbers 4, 2, and 1. These solution-densities appear to relate to... | |
 | Thomas Graham - 1858 - 880 pages
...their densities. Hence, by analogy, it may be inferred that the molecules of these several salts, as they exist in solution, possess densities which are...squares of the times of equal diffusion. Thus, the solution- densities of sulphate, nitrate, and hydrate of potash, are to one another as the numbers... | |
 | Thomas Graham - 1858 - 896 pages
...inferred that the molecules of these several salts, as they exist in solution, possess densities which arc to one another as the squares of the times of equal diffusion. Thus, the solution- densities of sulphate, nitrate, and hydrate of potash, are to one another as the numbers... | |
 | Samuel Lytler Metcalfe - 1859 - 540 pages
...the ratio of their densities Hence he infers by analogy that the molecules of these several salts, as they exist in solution, possess densities which are...solution-densities of sulphate, nitrate and hydrate of potassa are to each other as the numbers 4, 2 and 1. These solution-densities appear to relate to a... | |
 | Royal Society (Great Britain) - 1870 - 688 pages
...of their densities, so by analogy it might be inferred that 'the molecules of the several salts, as they exist in solution, possess densities which are...another as the squares of the times of equal diffusion. He attributed the diffusion of substances in solution, like the transpiration of gase?, to a fundamental... | |
 | Royal Society (Great Britain) - 1870 - 656 pages
...of their densities, so by analogy it might be inferred that the molecules of the several salts, as they exist in solution, possess densities which are...another as the squares of the times of equal diffusion. He attributed the diffusion of substances in solution, like the transpiration of gases, to a fundamental... | |
 | Sir Thomas Edward Thorpe - 1874 - 412 pages
...their densities. Hence, by analogy, it may be inferred that the molecules of these several salts, as they exist in solution, possess densities which are...of potassium, are to one another as the squares of tEe numbers 4, 2, and 1—that is, as 16, 4, and 1. These solution densities appear to relate to a... | |
 | Dionysius Lardner - 1874 - 426 pages
...their densities. Hence it may be inferred by analogy, that the molecules of these several salts, as they exist in solution, possess densities which are...another as the squares of the times of equal diffusion. The diffusion of a salt into the solution of another salt, takes place with nearly the same velocity... | |
 | Henry Watts - 1882 - 1118 pages
...Hence, by alogy, it may be inferred that the molecules of these several salte, as they exist in lution, possess densities which are to one another as the squares of the times of ual diffusion. Thus the solution-densities of sulphate, nitrate, and hydrate of potasim, are to one... | |
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