m.m 
— 186 — 
TA BLE MIL 
T=26 w C. gt. — S ” — Ivadius of curvative ot platinum cup 11.4 
V. VI. 
.Relative 
Size 
of Single 
Drop . 
I. 
11. 
111. 
IV. 
Name and Formula 
3 
Weight 
Mean 
of 
u* x 
k & 
~ 0 
- u 
5 a 
of 
Weight 
of Single 
Liquid. 
y, 
Drops. 
Drop. 
.. — 
r 
20 
2 9703*1 
2.9923 | 
AY a ter 1 
20 
20 
j 2 9172 ). 
0.14828 
HO 
20 
2.9603 | 
i 
20 
j 2.9583 J 
Glycerine 
20 
2.5496 ■) 
C G H 8 o* 
Butyric Acid 
e 8 h 8 o 4 
Mercury 
H K 
BenZ'l 
( : 12 
Turprntol 
C. 20 H 1G 
Alcohol 
( 4 H 6 Oo 
Acetic Ether 
c, b 5 oc, h, o 3 
Acetic Acid 
HOC., II 3 0 3 
21) <2.5576 - 
( 10 1-2877 J 
20 
20 
20 
i 
( 
L 
t 
Vi 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
20 
30 
20 
20 
1.1616 ) 
1.1630 > 0.05813 1.0017 '0.05303 
1.1034 J 
7 9655 A 
I'SiSJ ( 0.78703 13 5728 0.05798 
1 .rJ <7 l 
7.8197 J 
0 9514-4 
0 95791' 0 04778 °- 8045 0 05-527 
0.9644 ; 
0 8650 r 0 01331 0.863 i 0.05016 
0. 
0.04960 
0 7890 1 
0 7910.- 0.03949 0.8103 
0 7S96 J 
0.821 4 ] 
0 8300 > 0.04149 0 8930 
0.8381- J 
l.3636*i 
0.9055 - : 0.0 J 5 40 1 .0552 0 04302 
0.9095 ) ; 
0.04647 
The numbers of column 6; with which we arc now exclusi- 
vely concerned present several points of great interest. In 
the first place it appears that the specific gravity ol'u liquid is 
not by any means the most powerful determinant of the drop- 
I 
