Theory of Molecular Volumes, 

 a Compounds. 



977 



Compounds. 



CHCL, 



CC1 4 



CHBr 3 



CH, . CHC1, 



CCI3 . CHO 

 CCIO . CH, 



w. 



M.V. 



SA.V. 



25 



91-7 



921 



23 



84-5 



84-8 



28 



1037 



1032 





1035 



103-4 



24 



88-9 



886 



29 



108-0 



107-0 



29 



106-4 



1070 



20 



74 05 



73 9 



CI 221, 



Br 28-3. 



7*4 aldehydic. 

 O ll'O carboxylic 



Considering Stadel's regularity we find : 



Ethidene Dichloride. Ethylene Dichloride. 



a (1, 1) OH 3 . CHC1 2 . (3 (1, 2) CH 2 C1 . CH 2 C1. 



2CH 2 ...44'2 

 Cl 2 ..,44-2 



2A.V...88-4 

 V.. .88-9 



SA.V...88-4 

 Y.. 85-3 



A.. -3-1 



B.P. ...58°-0 84°-0 



Propidene Dibromide. Propylene Dibromide. Trimeth. Dibromide. 

 a (1, 1) CH 3 .CH 2 .CHBr 2 . /3 (1, 2) OH 3 .OHBr.OH 3 Br. y (1, 3) CH 2 Br.CH 2 .CH 2 Br. 



3CH 2 

 2 Br 



2A.V 

 V 



B.P. 



66-3 

 56-6 



122-9 

 123*0 



133°-0 



2 A. V... 122-9 

 V... 119-2 



SA.V... 122-9 

 V.. .118-1 



Propidene Glycol. 



«(l,l)CH 3 .CH 2 .CH(OH). 



(unknown). 



3 0H L 

 2 OH 



SA.V. 



B.P. 



66-3 



22-2 



88-5 



A... -3-7 

 141°-7 



Propylene Glycol. 



j3(l,2)OH 3 .OH(OH). 

 CH 2 (OH). 



A... -4-8 

 165°-0 



Trimeth. Glycol. 



y(l f 3)CH.,(0H).CH o . 

 CH.iOH). 



2A.V. 

 V. 



88-5 

 85-37 



2A.V. 

 V. 



88-5 

 $±2 



A... -3-13 

 l88°-5 



A... -4-3 

 214°0 



