| 1846 - 492 pages
...probably formic acids. The presence of the aldehyde is readily shown by adding a few drops of the liquid to a solution of nitrate of silver previously curdled by ammonia, and then gently heating the mixture. The oxide is speedily reduced, forming a brilliant metallic coating... | |
| 1846 - 586 pages
...probably formic acids. The presence of the aldehyde is readily shown by adding a few drops of the liquid to a solution of nitrate of silver previously curdled by ammonia, and then gently heating the mixture. The oxide is speedily reduced, forming a brilliant metallic coating... | |
| William Francis, Henry Croft - 1846 - 520 pages
...immediate use in illustrating the striking reactions of formic acid and the formiates. Thus — • 1. On adding a small portion of it to a solution of nitrate...reduced with a lively effervescence of carbonic acid. 12. With a solution of bichloride of mercury, aided by heat, it causes a precipitation of calomel and... | |
| 1846 - 568 pages
...probably formic acids. The presence of the aldehyde is readily shown by adding a few drops of the liquid to a solution of nitrate of silver previously curdled by ammonia, and then gently heating the mixture. The oxide is speedily reduced, forming a brilliant metallic coating... | |
| 1846 - 1660 pages
...probably formic acids. The presence of the aldehyde is readily shown by adding a few drops of the liquid to a solution of nitrate of silver previously curdled by ammonia, and then gently heating the mixture. The oxide is speedily reduced, forming a brilliant metallic coating... | |
| 1846 - 526 pages
...probably formic acids. The presence of the aldehyde is readily shown by adding a few drops of the liquid to a solution of nitrate of silver previously curdled by ammonia, and then gently heating the mixture. The oxide is speedily reduced, forming a brilliant metallic coating... | |
| |