Quantitative Chemical Analysis
Quantitative Chemical Analysis
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SILICIC ACID. * When silicic acid is separated by acids from aqueous solutions of alkali silicates, it is at first perfectly soluble in water. It be- comes insoluble or rather difficultly soluble when it coagulates. Coagulation is a permanent change and is furthered by concentra- tion arid by elevation of temperature. Silicic acid solution con- taining 10 or 12 per cent, of SiO 2 coagulates at the ordinary tem- perature in a few hours, and immediately if heated. A solution of * Frje silicic aci...d in solution is assumed to have the composition expressed by the formula Si(OH) 4 . Silicic anhydride (SiO 2 ) is usually called "silica. " Compounds of SiO 2 with less water than corresponds to the formula Si(OH)4 =5 ^iO 2 (H 2 O)2 are here called " hydrates of silica, " 2o4 FORMS. [ 93.
5 per cent, may be preserved without coagulating for five or six days, one of 2 per cent, for two or three months, and one of 1 per cent, for several years, and solutions containing -fa per cent, or less are not appreciably altered by time.
What to read after Quantitative Chemical Analysis?
You can find similar books in the "Read Also" column, or choose other free books by C Remigius Fresenius to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
SILICIC ACID. * When silicic acid is separated by acids from aqueous solutions of alkali silicates, it is at first perfectly soluble in water. It be- comes insoluble or rather difficultly soluble when it coagulates. Coagulation is a permanent change and is furthered by concentra- tion arid by elevation of temperature. Silicic acid solution con- taining 10 or 12 per cent, of SiO 2 coagulates at the ordinary tem- perature in a few hours, and immediately if heated. A solution of * Frje silicic aci...d in solution is assumed to have the composition expressed by the formula Si(OH) 4 . Silicic anhydride (SiO 2 ) is usually called "silica. " Compounds of SiO 2 with less water than corresponds to the formula Si(OH)4 =5 ^iO 2 (H 2 O)2 are here called " hydrates of silica, " 2o4 FORMS. [ 93.
5 per cent, may be preserved without coagulating for five or six days, one of 2 per cent, for two or three months, and one of 1 per cent, for several years, and solutions containing -fa per cent, or less are not appreciably altered by time.
What to read after Quantitative Chemical Analysis?
You can find similar books in the "Read Also" column, or choose other free books by C Remigius Fresenius to read onlineMoreLess
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