Laws of Molecular Force, 

 Table XXV. {continued). 



265 



CW 



NH 2 Pr 



KH 2 8 H, 



]S T H 2 isoBu 



NH 2 isoAm 



NHEt 2 



NEt 3 



NH 2 6 H 5 



C 5 H 5 N 



9 H 7 N 



C 9 H 7 N 



MeN0 2 



CC1 3 N0 2 



EtNOg 



IsoAmNO, 



C 3 H 7 CN 



C 4 H 9 CN 



C 6 H 5 CN 



CS 2 



CSNC 3 H 5 



CNSCH, 



CNSC 2 H 5 



Et 2 S 



PC1 3 



POC1 



P0C 2 H 3 C1 



PSC1 



(CH 3 ) 2 CO 



C 6 H 12 3 



CII 3 CH(0CH 3 ) o .. 

 CH 3 CH(OC 2 H,) 2 .. 



Et 2 



(CH 3 C0) o 



ch 3 co 2 c;h 5 



MeisoAmO 



Et 2 C 2 4 



C 6 H g C0 2 CH 3 



C fi H g C0 2 C 2 H- . 



CH 3 (CO) 2 CH 2 OEt 



C 6 H,OCH 3 



c 6 h 5 oc 2 h 5 



C 7 H 7 OCH 3 



6 H 4 (OCH 3 ) 2 



C 4 H 2 OHCOH 



C 4 H 9 COH 



C 9 H u COH 



C 10 H u O 



(CH 3 ) 3 CCOCH 3 . 



Iodobenzene 



Propyl amine 



Allyl amine 



Isobutyl amine 



Isoamyl amine 



Diethyl amine 



Triethyl amine 



Aniline 



Pyridine 



Piperidine 



Chinoline 



N itromethane 



Chloropicrin 



Ethyl nitrate 



Isoamyl nitrate 



Isobutylnitrile 



Capronitrile 



Benzonitrile 



Carbon disulphide 



Allyl sulphocarbimid . . . 

 Methyl sulphoeyanate 

 Ethyl sulphoeyanate ... 

 Ethyl sulphide 



Ethoxyphosph. chloride 



Acetone 



Paraldehyde 



Dimetbylacetal 



Diethylacetal 



Ethyl oxide 



Acetic anhydride 



Allyl acetate 



Methylisoamyl oxide ... 



Ethyl oxalate 



Methyl benzoate 



Ethyl benzoate 



Acetacetic ether 



Anisol 



Phenethol 



Methyl paracresolate . . 



Dimethyl resorcin 



Furfurol 



Valeraldehyde 



Cuminol 



Carvol 



Piuakoline 



M.H. 



37-8 

 36-6 

 506 

 64-4 

 50-1 

 75-2 

 65-0 

 597 

 100-3 

 108-6 

 22-6 

 57-6 

 37-2 

 769 

 39-2 

 505 

 65-8 

 26-9 

 54-0 

 33-7 

 441 

 550 

 43-4 

 250 

 62-8 

 35-5 

 31-1 

 857 

 53-3 

 877 

 43-8 

 51-9 

 541 

 66-8 

 91-0 

 91-4 

 109-9 

 81-5 

 70-0 

 80-7 

 841 

 96-2 

 51-2 

 48-0 

 1130 

 117-8 

 63-5 



S. 



735 



4-25 



4-2 



5-3 



6-3 



5-5 



7-05 



6-35 



60 



8-6 



905 



2-75 



5-85 



4-2 



7-2 



4-4 



5-3 



6-4 



33 



5-55 



3-9 



4-8 



5-6 



4-75 



3-1 



6-2 



4-1 



3-7 



7-7 



5-5 



7-85 



4-75 



5-4 



5-55 



6-5 



8-05 



8-1 



915 



7 45 



6-7 



7-4 



7-6 



8-35 



5-3 



51 



9-3 



9-6 



6-3 



The following are the chief sources of the data from which the above 

 table has been constructed: — Latent Pleats from Berthelot (Chimie 

 Mecanique) and R. Schiff {Ann. der Chem. cexxxiv.). Critical Tem- 

 peratures from Sajontschewski (Wied. Beibl. iii.), Pawlewski {Ber.deut. 

 chem. Ges. xv., xvi.), Nadejdine (Wied. Beibl. vii.), and Dewar (Phil. 

 Mag*, xviii.). Surface-tensions from R. Schiflf (Ann. der Chem. cexxiii. ; 

 Wied. Beibl. ix.). 



Phil. Mag. S. 5. Vol. 35. No. 214. March 1893. T 



