(3) 
Composition of the solutions on the connodal line at 50°. 
0, W 89 90.3 90 87.5 83.8 69.4 60 49.3 37.8 23.3 
Pip AG 0 Ly EE dade L087 22.65 28 33.2 38.2 34.7 
O/ ea Lt 8 6 5 5.5 8 12 17.5 24 42 
0/,W 20.9 22,7 24.6 26.4 29.1 32.2 34.4 36.3 38 
pact ae ba. 0.0- 154 28, 0.0 0.7 0 
0/)Ph 58 62 64 65 65.5 65 64 63 62 
Composition of the solutions on the connodal line at 68°. 
iy WW 66 50.1 45 39.6 34.6 31 28.6 26.9 26.4 
OAc. 0 PB ors 2 3.4 6.4 10 13.4 18.1 26,6 
0/,,Ph 34 49 53 57 59 59 58 55 47 
07,W 33.9 46 90,0, (60:5 . 77.0. 847 81,0 SOA 66 
ac 34.1 . 31 ZOE Ao TAA 78 worn: 1182110 
O/Ph 32 23 i 12 8 8 8.5 12 34 
Composition of the solutions on the connodal line at 80°. 
0, W 88.3 82.9 74.7 G18 52.5 40.6 32.2 33.4 35.4 
Oona 0 71e 13,8°'20.2% 245 87,4 91.8 15.6 11.6 
Temes 2-10) el NN TD BE 
0, W 40.5 49.7 62.7 
Mae Tie, AS 28 
0, Ph 52 46 345 
Composition of the solutions on the connodal line at 85°. 
0, W 80.1 71.7 58.4 49.1 87.2 39.2 443 58.9 
ORNE 0.0, 133-191 229 17,3 128 8.2 51 
DRI dS te, 245 28. 45.5 48. 47,5 36 
Composition of the solutions on the connodal line at 87°. 
% W 78.3 70.1 56.5 443 41.5 46.4 64.5 
un Gee LAO 1815 1:20:07 185 “B86 5.5 
Veen 15 17 29 30 45 45 30 
1* 
