Adam Skrzecz 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 1.50e-01 Mass fraction (1) 3 1.50 1 -1 8.33e-01 Mass fraction (2) 3 8.33 1 1 -1 2.19e-01 Mole fraction - Liquid (1) 3 2.19 1 -1 7.18e-01 Mole fraction - Liquid (2) 3 7.18 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 2.91e-01 Mass fraction (1) 3 2.91 1 -1 6.47e-01 Mass fraction (2) 3 6.47 1 2 -1 3.50e-01 Mole fraction - Liquid (1) 3 3.50 1 -1 4.59e-01 Mole fraction - Liquid (2) 3 4.59 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 4.13e-01 Mass fraction (1) 3 4.13 1 -1 4.60e-01 Mass fraction (2) 3 4.60 1 3 -1 4.09e-01 Mole fraction - Liquid (1) 3 4.09 1 -1 2.69e-01 Mole fraction - Liquid (2) 3 2.69 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 4.98e-01 Mass fraction (1) 3 4.98 1 -1 2.77e-01 Mass fraction (2) 3 2.77 1 4 -1 4.03e-01 Mole fraction - Liquid (1) 3 4.03 1 -1 1.32e-01 Mole fraction - Liquid (2) 3 1.32 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 5.11e-01 Mass fraction (1) 3 5.11 1 -1 1.14e-01 Mass fraction (2) 3 1.14 1 5 -1 3.33e-01 Mole fraction - Liquid (1) 3 3.33 1 -2 4.4e-02 Mole fraction - Liquid (2) 2 4.4 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 4.26e-01 Mass fraction (1) 3 4.26 1 -2 3.1e-02 Mass fraction (2) 2 3.1 1 6 -1 2.32e-01 Mole fraction - Liquid (1) 3 2.32 1 -2 1.0e-02 Mole fraction - Liquid (2) 2 1.0 1 1 3.0e+01 Ambient temperature 2 3.0 °C 2 3.032e+02 Ambient temperature 4 3.032 K -1 2.80e-01 Mass fraction (1) 3 2.80 1 -3 6e-03 Mass fraction (2) 1 6 1 7 -1 1.33e-01 Mole fraction - Liquid (1) 3 1.33 1 -3 2e-03 Mole fraction - Liquid (2) 1 2 1 1 Solubility, Solubility data series Samples of known composition (by volume) were prepared in glass tubes (diameter-15mm, length-200 mm) and sealed. These were placed in a thermostat and turbidity was observed after some (not reported) time. Eight series of measurements were made. The volume of alcohol was 2.00, 5.00, or 10.00 cm³. The volume of second component was constant in the series, while the volume of the third component differed 0.05-0.02 cm³ from point to point. The results were reported in the paper as the volumes of each component added into the tube. The International Union of Pure and Applied Chemistry Sata, N.; Kimura, O.; Bull. Chem. Soc. Jpn. 10, 409-20 (1935). paper https://doi.org/10.1246/bcsj.10.409 64-17-5 1 C2H6O InChI=1S/C2H6O/c1-2-3/h3H,2H2,1H3 LFQSCWFLJHTTHZ-UHFFFAOYSA-N 46.0684 Ethanol Source not specified, 95% commercial reagent; purified with KMnO⁴, refulxed 1 day with CaO, distilled; purity 99.53% d(25°C)=0.7865. 7732-18-5 3 H2O InChI=1S/H2O/h1H2 XLYOFNOQVPJJNP-UHFFFAOYSA-N 18.0153 Water Doubly distilled. 71-43-2 2 C6H6 InChI=1S/C6H6/c1-2-4-6-5-3-1/h1-6H UHOVQNZJYSORNB-UHFFFAOYSA-N 78.1118 Benzene Merck, pure crystallized; distillation over Na. Ethanol with Benzene and Water