OVER HET 8MELTPUNT VAN ORGANISCHE STOFFEN. 



2 / 



TAKEL I. 



Aliphatisclic normale 



1. Aldehyden. I 2. Zuuivlilorideo. 3. Zuren. 



4. Amidrn. 5. I 2 I Ketonen. 



C, ! //o 3 C = O 



" I 



11 



d a H„G=0 



' I 

 // 



C ls #si C=0 



I 

 II 



CuH m C=0 



I 

 // 



H°.f> 



f:S"..-, 



63°.5 



c„ ff 28 C=0 



I 



CI 



c^il 7 c—o 



-17° 



1° 



CZ 



<;,-, y/„ c=o 



I +12° 

 CJ 

 c 17 ƒ/.,. C= 



I 23° 



C/ 



G, H S3 C=zO C„ H 13 C=0 



13°.6 ' I 102" 



nil 

 r; n ll,-C. — 



I 



G-,//,, c=o 



53°.8 



02" 



Oil 

 C, 7 Hu C=zO 



69°.2 



Ml, 



C, 3 H 2 , r;=o 



I 



.V//o 



ID!"., 



107' 



C 17 //,,-, r; — o 



o// 



10!)° 



ira. 



c„ u, t c — o 



I 



C, a H„ i:—o 



I 



'.7/:, 



Q 5 // 31 C=0 



I 



CI I, 



C„ //,, CrrO 



28° 



39" 



48°. 



| 55°.5 



GET. 



1. Koolwaterstoffen. 



2. Chloriden. 



3. Alcoholen. 



4. Aminen. 



5. Koolwaterstoffen. 



C,, H 23 CiTj 



| -12" 





C„ u^' en, 



1 ' 24° 



C„ HssCflj 



| 28° 



'-'ii H„CHj 



| — 6°.2 



11 





OU 



A7A, 



Cfla 



c, 3 h. 7 CF S 



' 1 + 5«.4 



// 





C,3 flî7 Cfls 



| 38° 

 OU 



C,s Hj, CHj 



| 37° 

 .\7/.. 



(7 n H 2 , CHj 



! + io° 



CH a 



C 13 H s , CF S 



| ' 18°.2 



1 + r 



C,s Ha, C/A 



1 49°.5 



C„ //,, CHs 



| Kl" 



<",, //,, CHj 



| 22".."» 



// 



CI 



ou 



.\7/.. 



Cfl 3 



C,, //,-, cu, 



| " 28' 





<: r H.J CF. 



| 59° 





C, 7 H 35 CHj 



| 32° 



11 





OU 





on. 



TABEL II. 



Aliphatische normale 



Koolwaterstoffen 





(2) Ketonen. 



CH 3 CIL {Cil.) 7 r//, 



—32° 



r//, CO {CIL) 7 ('II, 



,)0 - 



8 ,.) 



f// 3 en, {Cil.) 8 67/, 



—26°. 5 



CH 3 CO{CJL) g ("//.. 



15° 



f//, ci[,{CJL) i3 en.. 



— 12° 



r//, (V {('//.,), CH 3 



21° 



CH 3 cil,{CII.) U) cil. 



— ()°.2 



(11, CO{CR,\ Cil, 



28° 



Cil. CI!,{C/L) n ('II, 



+ 5°. 4 



Cil, ((){(' II. \ x ('II. 



34° 



('II, CII,{C!L) V , CH 3 



10° 



('Il, (V{CIL) V> CIL, 



39° 



CH 3 CI!,{C/[,) VS CH 3 



L8°.2 



CH 3 COiJ'II,)^ CH 3 



l:i ..) 



Cll. s CII.{CJL) U Cil, 



22°. 5 



('II, ('()(( 'II. ),, (II, 



18° 



CE 3 C/L,{(7/,)^ Cil, 



28° 



CH 3 CO{CII.,\ 5 CIL, 



52°. 5 



('II, CIL{CFL\ e CII 3 



-'3.2° 



CH 3 CO(C//,) l(i CIL, 



— o - 



.).) .5 



