TABEL II. 

 Oplosbaarheid van m-dinitrobenzol in aethylacetaat tusschen 0° en 35" C. 





e 



CU 



•o 

 ra co 



M S 



Q. <" 



E u 



0) 



H 



Schudduur (uren) 

 4- oververzadigd 

 — onverzadigd 



Gewicht in grammen 



Koncentratie (gev.) 



stof 

 len 



. 



No. 

 der 

 proef 



M 



c 



CO 



O 



O. 



O 



ó _ 



-b O 



E 



^2 

 J= ra 



"cu <u 



< £ 



E"o2 



E ""o'S 

 Eï2g 



CU o i 



ra o c 



ni r U) 



EtS E 



- <u CU " £ 



.;o« 



y >0 O 



ber. 

 gev. 



1 

 2 



22.50 

 22.50 



18 + 

 21 — 



5.0640 

 4.8475 



1.4778 

 1.4142 



3.5862 

 3.4333 



41.208 

 41.19' 



29.18 2 



29.174 



17.760 

 17.755 



17.773 



+ 0.013 

 + 0.018 



3 

 4 

 8 



20.00 

 20.00 

 20.00 



19 4- 

 24 - 

 16 — 



4.5565 

 4.8502 

 4.7738 



1.2598 

 1.3398 

 1.3201 



3.2967 

 3.5104 

 3.4537 



38.215 

 38.165 

 38.222 



27.648 

 27.623 

 27. 65 2 



16.685 

 16.666 

 16.688 



16.676 



— 0.009 

 + 0.01° 



— 0.01 2 



5 

 6 

 7 



17.50 

 17.50 

 17.50 



3 + 

 24 — 



6 + 



4.5359 

 4.5516 



4.7197 



1 . 1877 

 1.1909 

 1 2355 



3.3482 

 3.3607 

 3.4842 



- 35.475 

 35.436 

 35.46° 



26.186 

 26.164 

 26.178 



15.676 

 15. 66 2 

 15.67» 



15.65' 



— 0.019 



— 0.005 



— 0.013 



9 

 10 



25.00 

 25.00 



3 — 



4 + 



5.1711 



5.0515 



1.5957 

 1.5578 



3.5754 

 3.4937 



44.629 

 44.58' 



30.858 

 30.838 



18.95-' 

 18.94' 



18. 95 2 



— 0.003 

 + 0.01' 



11 

 12 



27.50 

 27.50 



3 + 

 5 — 



5.1452 

 5.4596 



1.6773 

 1.7807 



3.4679 

 3.6789 



48.365 

 48.403 



32.59» 

 32.61' 



20.220 

 23.204 



20.22° 



0.00 



— O.OM 



13 

 14 



30.00 

 30.00 



5 + 

 18 — 



5.2259 

 5.0676 



1.8003 

 1.7449 



3.4256 

 3.3227 



52.554 

 52.515 



34.449 

 34. 43 2 



21.594 

 21.582 



21.584 



— 0.01" 

 + O.OO 2 



15 

 16 

 19 



32.50 

 32.50 

 32.50 



4 + 

 18 — 

 3 — 



5.1133 

 4.9959 

 4.2258 



1.8615 

 1.8173 

 1.5382 



3.2518 

 3.1786 

 2.6876 



57.246 

 57.173 

 57.234 



36.406 

 36.376 

 36.40' 



23.07' 

 23.055 

 23.073 



23.05' 



— 0.026 



— 0.004 



— 0.02 2 



n 



18 



35.00 

 35.00 



6 — 

 14 + 



4.4916 

 4.5965 



1.7249 

 1.7647 



2.7667 

 2.8318 



62.346 

 62. 3H 



38.404 

 38.39' 



24.62' 

 24.61' 



24.62» 



+ 0.00' 

 + 0.01' 



20 

 21 

 26 



15.00 

 15.00 

 15.00 



4V» + 

 3 — 

 18 — 



4.5538 

 4.7135 

 3.9935 



1.1282 

 1 . 1685 

 0.9902 



3.4256 

 3.5450 

 3.0033 



32.935 

 32.96 s 

 32.97» 



24.775 

 24.790 

 24.795 



14.719 



14.73° 

 14.733 



14.708 



— 0.01' 



— 0.02 2 



— 0.02» 



22 

 23 



12.50 

 12.50 



4 — 



4 + 



4.6488 

 4.4702 



1.0909 

 1.0490 



3.5579 

 3.4212 



30. 66 2 

 30. 66 2 



23.46' 

 23.46' 



13.844 

 13.844 



13.826 



— 0.018 



— 0.018 



24 

 25 



10.00 

 10.00 



4 + 

 4Vs - 



4.8383 

 4.9559 



1.0741 

 1.1015 



3.7642 

 3.8544 



28.533 

 28.579 



22.199 

 22.226 



13.008 

 13.02» 



13.006 



— O.OO 2 



— 0.019 



27 

 28 



7.50 

 7.50 



5 — 



5 + 



4.2855 

 5.1510 



0.9012 

 1.0828 



3.3843 

 4.0682 



26.63' 

 26.616 



21.03° 

 21.02' 



12.24' 

 12.24' 



12.243 



- 0.004 

 + O.OO 2 



29 

 30 



5.00 

 5.00 



. 4 + 

 4% - 



4.2829 

 5.0110 



0.8546 

 0.9988 



3.4283 

 4.0122 



24.93» 

 24.893 



19.955 

 19.93' 



11.555 

 11.54° 



11.533 



— 0.022 



— 0.00' 



31 

 32 



2.48 

 2.48 



3 + 

 4Vs - 



5.0904 

 5.1732 



0.9637 

 0.9795 



4.1267 

 4.1937 



23.352 

 23.356 



18.93' 

 18.934 



10.904 

 10.90» 



10.87' 



— 0.033 



- 0.03 J 



33 

 34 



0.02 

 0.02 



4 + 

 4V. + 



4.7425 

 5.5216 



0.8485 

 0.9885 



3.8940 

 4.5331 



21.79» 

 21.80' 



1.7. 89 2 



17.90» 



10.24° 

 10.256 



10.26» 



+ 0.0H 



4- o.oo' 



