The Osmotic Pressure of Cane Sugar Solutions At 10⁰ ..
The Osmotic Pressure of Cane Sugar Solutions At 10⁰ ..
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Difference.
April 9.
9.00 P.M.
10°. 2 11°. 2 35 08 12.02 II 55 0.47 April 10.
11.00 A.M.
9^.85 10°. 2 35 14 11.99 II 54 0.45 4.00 P.M.
9°. 6 10°. 45 35 17 11.98 II 53 0.45 12.00 11.54 046 Loss in rotation corrected as inversion.
Molecular osmotic pressure, 23.99.
Molecular gas pressure, 23.08.
Ratio of osmotic to gas pressure, 1.040.
Table X.
0.6 Wt. normal solution. Exp. No. i. Rotation: (i) original, 69^.4; (2) at conclusion of Exp., 68°.6; loss, o°.8 = 1.15 per cent. Manometer: No. 6; volume... of air, 396.89; displace- ment, 0.05 mm. Cell used, D. Resistance of membrane, 220,000. Corrections: (i) atmospheric pressure, 0.99; (2) liquids in manometer, 0.65; (3) dilution, 0.07; (4) concen- tration, o; (5) capillary depression, 0.02. Initial pressure, . Time of setting up cell, 4.00 p.m., Apr. 11, 1907.
Temperature. Pressure.
Volume Time. Solution. Manometer. air. Osmotic. Gas. Difference.
April IS.
10.00 A.M. 10°. O 10°. 4 26.78 14.39 13-85 0.54 i.oop.M. 9°. 8 10°. 5 26.81 14.37 1384 0.53 5.00 P.M.
What to read after The Osmotic Pressure of Cane Sugar Solutions At 10⁰ ..?
You can find similar books in the "Read Also" column, or choose other free books by Harmon Vail 1883 Morse to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Difference.
April 9.
9.00 P.M.
10°. 2 11°. 2 35 08 12.02 II 55 0.47 April 10.
11.00 A.M.
9^.85 10°. 2 35 14 11.99 II 54 0.45 4.00 P.M.
9°. 6 10°. 45 35 17 11.98 II 53 0.45 12.00 11.54 046 Loss in rotation corrected as inversion.
Molecular osmotic pressure, 23.99.
Molecular gas pressure, 23.08.
Ratio of osmotic to gas pressure, 1.040.
Table X.
0.6 Wt. normal solution. Exp. No. i. Rotation: (i) original, 69^.4; (2) at conclusion of Exp., 68°.6; loss, o°.8 = 1.15 per cent. Manometer: No. 6; volume... of air, 396.89; displace- ment, 0.05 mm. Cell used, D. Resistance of membrane, 220,000. Corrections: (i) atmospheric pressure, 0.99; (2) liquids in manometer, 0.65; (3) dilution, 0.07; (4) concen- tration, o; (5) capillary depression, 0.02. Initial pressure, . Time of setting up cell, 4.00 p.m., Apr. 11, 1907.
Temperature. Pressure.
Volume Time. Solution. Manometer. air. Osmotic. Gas. Difference.
April IS.
10.00 A.M. 10°. O 10°. 4 26.78 14.39 13-85 0.54 i.oop.M. 9°. 8 10°. 5 26.81 14.37 1384 0.53 5.00 P.M.
What to read after The Osmotic Pressure of Cane Sugar Solutions At 10⁰ ..?
You can find similar books in the "Read Also" column, or choose other free books by Harmon Vail 1883 Morse to read onlineMoreLess
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