First outlines of a dictionary of solubilities of chemical substances / by Frank H. Storer.

  • Francis Humphreys Storer
Date:
1864
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Licence: Public Domain Mark

Credit: First outlines of a dictionary of solubilities of chemical substances / by Frank H. Storer. Source: Wellcome Collection.

Provider: This material has been provided by the National Library of Medicine (U.S.), through the Medical Heritage Library. The original may be consulted at the National Library of Medicine (U.S.)

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    IXr In a solution con- m. . tainingforlOOpts. The temperature ofwater.pts.ofdry of ebullition Difference. Acetate of Soda. ls elated. 83.4 12° 7.2 90.9 13 7.5 98.8 14 7.9 107.1 15 8.3 115.8 16 8.7 125.1 17 9.3 134.9 18 9.8 145.2 19 10.3 156.1 20 10.9 167.4 21 11.3 179.3 22 11.9 191 6 23 12.3 204.5 24 12.9 •209.0 (Saturated.) 24.37 4.5 The point of ebullition of pure water, observed in a glass tube containing bits of zinc, having been 100.1°. (Legrand, Ann. Ch. el Phys., 1835, (2.) 59. 439.) Less soluble in alcohol than in water. Soluble in 2.143 pts. of strong boiling alcohol. (Wenzel, in his Verwandtschaft, p. 300, [T.].) Ether pre- cipitates it from its cold alcoholic solution. (Dce- bereiner.) Readily soluble in boiling, less so in cold creosote. (Reichenbach.) When one equivalent of C4 H3 Na 04, in aque- ous solution, is mixed with a solution of an equiv- alent of sulphate of potash (KO, SOs) 0.365 of it are decomposed to sulphate of soda, which may be precipitated by adding alcohol, while 0.635 of it remain unchanged. (Malaguti, Ann. Ch. et Phys., 1853, (3.) 37. 203.) b = 0, H3 Na 04 + 9 Aq Effloresces more rapidly than a. jBmACETATE OF SODA. Acetate of Soda & of Uranium. Soluble in 2 (Ur2 03, C4 H3 03); C4H3Na04 water. (Wertheim, Ann. Ch. el Phys., (3.) U. 50.) Its aqueous solution is decomposed on boiling, with separation of sesquioxide of ura- nium. (H. Rose, Pogg. Ann., 83. 148.) Acetate of Soda with Cyanide of Mer- HgCy ; C4H3Na044-7Aq cukt. Soluble in water. (Custer.) Acetate of Soda with Propionate of C4H3Na04;C8H6Na04 + 9Aq S°da. Easily solu- 43 * 6 ble in water. (Gott- lieb.) Acetate of Soda with Sulphate of Soda. (SulphoAcetate of Soda.) (Mill, Ann. Phil, (2.) 7C4H3Na04; Na 0, SO*., + a: Aq ]_Q. 113- [T.].) Acetate of Solanin. Readily soluble in water. Acetate of StanMethtl. Acetate of StannEthtl. Soluble in water. (Cahours & Riche.) Acetate of Stib^iAmyl. Acetate of STiBin'ETHYL. Soluble in wa- ter. (Merck.) Acetate of StibEthylium. Soluble in wa- ter, and alcohol. More soluble in water than the formiate. Acetate of StibMethylEthylium. Slow- er (sb* <\.h? )o4 ly deliquescent. Readily * H i(C4H6)3; * soluble in water. (Fned- laender.) Acetate of StibMethylium. Soluble in water, the solution decomposing when evaporated. Acetate of Strontia. Efflorescent. Solu- C4 H3Sr04 + 4 Aq, & + i Aq ble in 2.5 pts. of cold wa- ter. (Berzelius's Lehrb., 3. 389.) 100 pts. of water at 100° dissolve 40 pts. of it. (Ure's Did.) Very easily soluble in water; less soluble in alcohol. (Vauquelin.) Insoluble in creosote. (Reichenbach.) When one equivalent of C4 H3 SrO*, in aqueous solution, is mixed with a solution of an equiva- lent of nitrate of lead (Pb O, N05) 0.655 of it are decomposed to nitrate of strontia, which may be precipitated by adding alcohol, while 0.345 of it remain unchanged ; when mixed with a solution of an equivalent of nitrate of potash (KO, NOb) 0.36 of it are decomposed as before, while 0.64 of it remain unchanged. .(Malaguti, Ann. Ch. et Phys., 1853, (3.) 37. 203.) Acetate of Strontia & of Uranium. Solu- 2C4H3(Ur203)03;C4H3Sr04+6Aq ble in water; without decom- position if this be acidulated with acetic acid. (Weselsky.) Acetate of Strontia with Nitrate of C4H3Sr04; SrO, N06 + 3Aq Strontia. Perma- nent. Soluble in wa- ter, (v. Hauer.) Acetate of Strychnine. Soluble in 96 pts. of water at 18.75°. (Abl, from Oesterr. Zeitschrift fur Pharm., 8. 201, in CanstatCs Jahresbericht, fur 1854, p. 76.) Very soluble in water, and alcohol. (Parrish's Pract. Pharm., p. 409.) Acetate of TellurMethyl. Easily soluble in water. (Wcehler & Dean.) Acetate of Tetryl. Vid. Acetate of Butyl. Acetate of ThiAcetonin. Very soluble in water, and alcohol. (Stuedcler.) Acetate of Thoria. Scarcely at all soluble C4H3Th04 in water. Acetate of protoxide of Tin. Soluble in wa- C4H3Sn04 ter. Insoluble in alcohol. Acetate of binoxide of Tin. Easily soluble C8 H6 Sn Og in water. (Wenzel.) Acetate of Titanium (Ti Oa). SolubK in water. Acetate of Toluenyl. Insoluble in water. (Acetate of Benzene.) Soluble in alcohol, t'ls H10 O4 = C4 H3 (C14 H7) 04 Acetate of Trehalose. Tolerably easily C8 H6 (0 ^ H8 06) Og soluble in water. Acetate of protoxide of Uranium. Soluble C4H3Ur04 in water, at least when this is acidu- lated with acetic acid, but the solution is decomposed by evaporation. Acetate of sesquioxide of Uranium. I.) normal. Much less soluble in water than ni- Ur203,C4H303 + 2Aq& + 3Aq trate of uranium. Decomposed by boiling water. (Wertheim, Ann. Ch. et Phys., (3.) 11. pp. 50, 57.) Easily soluble in water, and al- cohol. (Berzelius, Lehrb.) II.) terbasic. Soluble in water. (Ordway, Am. J. Sri., (2.) 26. 209.) Acetate of Uranium & of Zinc. Soluble 2 (Ur2 03, C4 H3 03); C4 H3 Zn 04 + 7 Aq in water, with- out decompo- sition if this is acidulated with acetic acid. (We- selsky.) Acetate of Vanadium. Very slowly solu- C8H„Va0g ble in water. (Berzelius.) Acetate of Yttria. Permanent. Soluble C4H3Y044-2Aq in 9 pts. of cold water, and in much less hot water. Soluble in alcohol. (Berlin.)