﻿— 405 — 



I. Sostanze varie. 



Toluene C 7 H 8 . PM. = 92 



N. 



Concen- 



Abbass. 



Coeffìc. 



Abbass. 



Peso 



d'ord. trazione 



termora. 



d'abbass. molecolare molecol. 



1 



0.4302 



0.26 



0.604 



55.568 



87.5 



2 



1.2314 



0.79 



0.643 



59.156 





3 



2.4104 



1.38 



0572 



52.624 





4 



3.9050 



2.06 



0.527 



48.484 





5 



5.7677 



2 78 



0.481 



44,252 





6 



7.4244 



3.34 



0.449 



41.306 





7 



11.0409 



4.57 



0.413 



37.996 





8 



17 5794 



6.34 



0.360 



33.120 





9 



29.8805 



904 



0.302 



27.784 



175.0 



Ossalato d'etile C 6 H 10 O 



*. PM. = 



= 146 



10 



0.2730 



0.18 



0.659 



96.214 



80.2 



li 



0.6379 



0.26 



0.407 



59.422 





12 



1.0055 



0.38 



0.377 



55.042 





13 



1 7529 



0.68 



0.387 



56.502 





14 



2.2110 



0.79 



0.357 



52.122 



148.0 



lo 



3.0665 



0.92 



0 300 



43.800 





16 



4.9857 



1.56 



0.312 



45.552 





17 



7.4481 



2.34 



0.314 



45 844 





18 



9.8268 



3.06 



0.311 



45.406 





19 



13.6110 



4.16 



0.305 



44 530 





20 



33.5254 



7.60 



0.226 



39 QQfi 



Ou.o t'U 



933 Q 



Bromo formio CHBr 3 . 



"PM 



rivi. = 



Zoo 



21 



0.2522 



0.14 



0.555 



140.415 



95.2 



22 



0 8579 



0.33 



0.386 



97.658 





23 



1.6063 



0.46 



0.286 



72.358 





24 



2.3045 



0.58 



0.251 



63 503 





25 



3.2023 



0.76 



0.244 



61.732 





26 



4.3753 



1.02 



0.232 



58.696 





27 



5.6592 



1.30 



0.229 



57.937 





28 



7.2759 



1.62 



0.222 



56.166 





29 



10.7801 



2.34 



0.217 



54.901 





30 



14.6714 



3.05 



0.207 



52.271 



255 4 



31 



20.1180 



4 08 



0.202 



51.106 





32 23.9790 



4.65 



0.190 



48,070 





33 



36.7482 



6.67 



0.181 



45.793 



292.1 



Paraa ileneGm 4 (C H 3 ) 2 



. PM.= 



= 106 



34 



0.3117 



0.20 



0.641 



67.946 



82.4 



35 



0.7185 



0.42 



0.583 



61.798 





36 



1.0341 



0.62 



0.599 



63.494 





37 



1.4104 



0.77 



0.545 



57.770 





38 



2.0289 



1.08 



0.532 



56.392 





39 



2.7538 



1 39 



0.504 



53.424 





40 



3.3608 



1.68 



0.499 



52.894 





41 



4.1605 



2.08 



0.499 



52.894 





42 



4.9424 



2.46 



0.497 



52.682 



106.3 



43 



6.1781 



2.93 



0.473 



50.138 





44 



7.8325 



3.50 



0.446 



47.276 





45 



9.7334 



4.00 



0.410 



43.460 





46 



12.1077 



4.52 



0.373 



39.538 





47 



13.7818 



6.13 



0.444 



47.064 



119.0 



Rendiconti. 1896, Voi. V, 2° Sem. 



Nitrobenzina 0 6 H 5 N0 2 . PM. = 123 



N. 



Concen- 



Abbass. 



Coeffìc. 



Abbass. 



Peso 



d'ord. trazione 



termom. 



d'abbass. molecolare molecol. 



48 



0.4485 



0.22 



0.490 



60.270 



107.8 



49 



0.9252 



0.44 



0.475 



58.425 





50 



1.4138 



0.64 



0.452 



55.596 





51 



2.4115 



1.08 



0.447 



54.981 





52 



3.2805 



1.40 



0.426 



52.398 





53 



4.2508 



1.84 



0.432 



53.136 





54 



5.2716 



2.25 



0.426 



52.398 





55 



6.4584 



2.73 



0.422 



51.906 





56 



8.4270 



3.24 



0.384 



47.232 





57 



10.8379 



4.14 



0.381 



46.863 





58 



13.3148 



5.01 



0.376 



46.248 





59 



15.8487 



5.84 



0.368 



45.264 





60 



19.1672 



6.90 



0.359 



44.157 





61 



24.2659 



8.10 



0.333 



40.959 



158.7 



Veralrol C 6 H 4 (OCH 3 ) 2 . PM. = 



: 138 



62 



0.4964 



0.22 



0.443 



61.134 



1193 



63 



0.9913 



0.36 



0.363 



50.094 





64 



1.6802 



0.60 



0.357 



49.266 





65 



2.4982 



0.87 



0 348 



48.024 





66 



3.8201 



1.30 



0 340 



46.920 





67 



5.6927 



1.94 



0.340 



46.920 





68 



8.6771 



2.84 



0.327 



45.126 





69 



13.8572 



4.24 



0.305 



42.090 





70 



24.7227 



6.78 



0.274 



37.812 



192.9 







II. Fenoli. 









Fenol 



C 6 H 5 



OH. PM. = 94 



71 



0.3797 



0.17 



0.447 



42.018 



118 2 



72 



0.7557 



0.34 



0.449 



42.206 





73 



1.3055 



0.71 



0.543 



51.042 



97 3 



74 



2.1058 



1.09 



0.517 



48.598 





75 



2.9758 



1.58 



0.530 



49.820 





76 



4.6728 



2 35 



0.502 



47.188 





77 



6.0553 



3.01 



0.497 



46.718 





78 



7.6881 



3.81 



0.495 



46.530 





79 



9.7866 



4.79 



0.489 



45.966 





80 



11 6972 



5.63 



0.481 



45.214 





81 



13.3453 



6.40 



0.479 



45.026 





82 



17.6066 



8.29 



0.470 



44.180 



112.3 





Timol 



C 10 H 14 O. PM 



= 150 



83 



0.3992 



0.11 



0.275 



41.250 



192.2 



84 



0.8565 



0.30 



0.350 



52.500 





85 



1.3431 



0.50 



0.372 



55.800 





86 



2.5295 



0.88 



0.347 



52.050 



152.3 



87 



4.0003 



1.38 



0.344 



51.600 





88 



5.5342 



1.80 



0.327 



49.050 





89 



8.1931 



2.59 



0.318 



47.700 





90 



9.3075 



2.94 



0.315 



47.250 





91 



11.5922 



3.64 



0.314 



47.100 





92 



13.4566 



4.13 



0.306 



45.900 





93 



16.0807 



4.88 



0.303 



45.450 





94 



18.5149 



5.52 



0.298 



44.700 





95 



22.5904 



6.51 



0.288 



44.200 





96 



28.7187 



7.92 



0.275 



41.250 



192.2 



52 



