Table X.—Solutions of Sulphuric Acid at 30° C. (continued). 
334 THE EARL OF BERKELEY, MESSRS. E. G. J. HARTLEY AND C. V. BURTON: 
PI 
t- 
cS 
s 
© 
Ph 
© c 2 
© £ 
© S3 
© d 
© a 
© P 
P 
_Q P 
i o 
-2 § 
b § 
PP P 
R E 
43 
-C 43 
43 
3 E 
« 43 
sc S 
be a 
t >0 S 
be ~ 
be S 
bJD S 
z O 
P ° 
P ° 
. c 3 
c " . 
"p. 
© 
"ft 
(15 
?H 
© 
"p. 
05 Pm 
^M 
© 
Ph © 
Pm tO 
+-> 
a 
_PhiO 
M-> 
c3 
O-uQ 
4-> 
CS 
Oh CO 
33 P^oo 
M~> 
c5 
PhO -g 
Si 
£ M O 
£ 
S o 
£ 
S h 
> _ 
fHO 
Qh ^ 
- 
c4 “ —i 
Pm 4^ © 
Ph^ CO 
Q 
- 
- 
5 
- 
- 
<J t- 3 
P, 
CO 
s 
— J 
oT3 O 
-^ © c—> 
=>05 0-5 
04 
a a o o 
r-H 
pH ' 
o h g 
• co 
P 
to 
co 
05 
CO 
o 
05 
co 
GO 
CO 
b- 
05 
o 
-P 
-P 
-h 
04 
04 
04 
04 
04 
04 
<*> 
bO 
o 
O 
o 
o 
O 
o 
o 
o 
o 
O 
O 
o 
o 
tO 
ZD 
o 
l—H 
04 
i—H 
r-H 
04 
o 
04 
o 
tO 
to 
to 
to 
to 
tO 
04 
04 
04 
04 
04 
04 
o 
Q. 
o 
o 
o 
o 
o 
O 
l—H 
tH 
r—M 
i—H 
. 
35 03 b 
05 
s 
il 
° « . <u 
■ ^ P w 
o O Ci ? 
115 
tO 
r-M 
i—H 
to 
r-H 
r-M 
to 
r-H 
r-H 
115 
to 
I—H 
r—H 
- 
* 
CO 
to 
—H 
1- 
r-M 
to 
Ph 
o 
ZD 
04 
r-H 
i—H 
o 
^^ 
P 
o 
O 
o 
o 
o 
o 
oc 
M-3 
o 
O 
o 
o 
o 
o 
o 
Eh 
o 
b 
o 
o 
o 
o 
- 
1 
l 
1 
1 
+ 
1 
© 
^M-H ~ 
o bJD 
C5 
ZD 
co 
be 
to 
CO 
co 
r-H 
co 
.p © 
o 
o 
o 
<5 
o 
o 
lS 
cS 
P HP PhPO 
bD p, p 
o 
o 
o 
o 
o 
o 
o 
© *rP ^ 
o 
o 
o 
o 
o 
o 
I- 
b'- 
04 
to 
04 
^ - 
CO 
04 
04 
co 
r-H 
CO 
x — V 
A ® . 3 A 
ZD 
ZD 
ZD 
zD 
co 
£ ><3^. 
04 
04 
04 
04 
04 
04 
O £h 03 © 
O 
O 
o 
o 
O 
O 
CO 
r—H 
r-H 
r-H 
r-H 
r—H 
r—H 
!— H 
co 
05 
r-H 
GO 
CO 
■ <4H M-> « 
«s ° b _® 
-h 
05 
00 
ZD 
zjD 
04 
04 
o 
r-H 
Pm 
to 
35 co .bp 
H P ® II 
ia> 
t— 
04 
co 
05 
b^ 
CO 
co 
tO 
GO 
b— 
co 
r-H 
r-H 
r-H 
f—H 
r-H 
I—H 
t-t—( 
. bc.i . 
O ® c f- 35 
o 
i—H 
o 
to 
05 
—JM 
-h 
© 
<5 ® i-l Q. ® 
w S* *3 
© 
tO 
-p 
to 
x>- 
4— 
b- 
b^ 
b^ 
> 
o 
r-H 
ZD 
05 
-P 
to 
CO 
3 
C C3 ° 43 
C ^ 0 « 
d? 
O 
05 
05 
o 
05 
© 
© © s-m c3 
HP, 3 - 3 
o O 
CO 
o 
CO 
05 
04 
05 
04 
o 
co 
05 
04 
. 
1— 
b^ 
b^ 
b— 
4>- 
v 
f-i 40 O 
to 
tO 
tO 
tO 
LO 
to 
si 
Jp 3 GQ 
* 
1— M 
55 
r-H 
ZD 
r-H 
ZD 
»—H 
<co 
r-H 
r-H 
CO 
Ph 
H-+ 
H+ 
M—H 
•+— 
-+— 
-1— 
to 
tO 
to 
to 
to 
to 
»——! 
r-H 
r—H 
1—( 
i—H 
—1 
-V 
© 
O' 
M-> 
05 
o 
CO 
to 
co 
'pi 
T—» 
P 
04 
04 
i—H 
04 
O 
mS 
> 
© 
! 
o 
Jz; 
* In these experiments water Was lost to the system by condensing on parts that could not be weighed (actually observed). 
t These three experiments are the first in which a true buoyancy correction could be made, i.e., it was possible to compute the specific volume of the 
sulphuric acid in the last vessel after it had absorbed the water. 
J Approximate buoyancy correction applied for specific volume of sulphuric acid. 
