Table XIV. — Transpiration of Water at different Temperatures. 
IN EELATION TO CHEMICAL COMPOSITION. 
385 
o 
05 0 
!>. X 
!>. 
05 
GX 
CO 
CO 
05 05 Tti 
to 
ft? 
% 
'3 
QO 
X 
CO 
0 
05 GX 
F- 
»o 
to 
to 05 05 GX 
GX 
CO ^ 
t^co 
!>• 
x>* 
X 
05 CO 
0 
GX GX 
FH 
fH 
o 
0 ^ 
CO 
to 
x>. 05 
r— ' 
Tf 
05 GX 
!>. 
0 
CO 
1-^ 
1 -^ 
fH 
FH 
PH 
GX 
GX 
CO CO 
CO 
1o" 
"a O 
>• 
6 
^ 
CO 
01 
CO 
CO 
GX 
FH 
CO 
to 
0 CO 
05 to 
fH 
CD 
X 
05 
CO 
0 
»o 
0 
FH 
05 05 0 PH 
X 
to 
GX 
3 
CO 0 ^ 05 
05 G^ 
CO 
CO 
0 
to 
CO 
TO 
-H 05 CO 
Tf 
CO 
o 
0 X 
X 
!>. 
cp 
Ip 
tp 
Cp 
TO GX 
0 0 0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 0 
i 
0 
0 
ei 
o 
05 0 
CO 
CO 
to 
tJH 
X CO CO 
05 05 PH 
to 
CO 
0 Oi 10 ^ 
0 
X 
X 
0 
0 
X 
GX CO> 
0 
GX 
GX 
»o 
0 
CO X 0 
CO 
0 CO 
X 
05 GX 
CO 
FH 
to 
0 GX 
X 
X 
FH 
o 
"3 
lO CO CO 
CO 
J>. !>• 
X 
0 
GX 
CO 
to CO 
X 05 0 
GX 
TJH 
“q 
!> 
0000 
0 
0 
0 
0 
fH 
FH 
FH 
fH 
fH 
fH 
fH pH 
GX 
•3 II 
-lo 
>> 
-TJ 
2 
CO 
X 
X 
Tft 
X 
X 
CO CO 
^ GX 
FH 
0 
!>• X 0 
CO 
FH 
to 
fH 
CO 
CO 
05 to 
CO 0 
05 
X 
J 3 
X 1— i lO 0 
1—1 
f-F 
0 
CO 
0 
FH 
CO 
tvO 
0 
tO GX 
!>. CO 
FH 
o 
r>* CO CO 
to 
CO 
FH 
05 X 
X^ CO 
CO 
lO to 
a 
^ ^ ^ 
pH 
fH 
fH 
0 
0 
0 
0 
0 
0 0 
0 
0 
0 
.2 ® 
05 X ^ F-< 
G> 
05 
X 
x^ 
CO 
CO 
CO 
0 
GX 
CO 
1ft 1ft 
X 
0 
cc 
a 
0 ^ CO ^ CO 
X 
X 
X 
CO 
FH 
GX 
!>• 
CT 
•0 
0 !>. 
CO 
0 
S E 
CO liO 0 
CO 
Gl 
FH 
0 
05 X 
X>. CO CO 
to 
to 
TP 
CO 
H S 
fH 
s 
"3 
CO CO 
t-^co 
G) 
X 
05 
G> 
GX 
05 
FH 
GX 
X 
to 
Hf 05 G> 
GX 
0 
>s 
•ir^ 
0 r-( 
»o 
»o 
05 GX 
to 
GX 
J>* X 
!>. 
to 
GX 
X 
tO 
0 
- 1 
0 
CO 
X 
to 
to 
CO 
l->» 
X 
FH 
CO 
X 
FH 
to 
FH <05 
X 
GX 
0 
o 
0 
0 ^ 
GJ 
CO 
lO 
to CO 
x^ 
0 
GX 
Tfl 
X>. 05 GX 
CO 
05 GX 
>• 
^ r-t ^ F-» 
fH 
FH 
FH 
FH 
FH 
FH 
GX 
GX 
GX 
GX 
CO CO 
CO 
CO 
■§-" 
^ - 4-3 
-:2 * 
d 
X G) 
0 
'Tt' 
X'-. 
r 5 
to 
GX 
to 
X 
0 
CO 
Hp CO 
GX 
0 
^ 
0 
CO 
lO 
GX 
0 
05 GX 
X^ 
GX 
X 
X 
0 05 
fH 
X 
s 
^ —• 05 C 0 
05 
CO 
GX 
to 
05 T 
0 
CD 
CO 
FH X 
to 
CO 
H 
05 05 X 
X 
X 
CO CO CO 
to 
rp 
CO 
CO 
CO GX 
GX 
GX 
a 
-H 0 0 0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 0 
0 
0 
0 
sr< 
c> 
33 
CO Tt^ 05 »G 
to 
05 
»o 
to CO 
X 
fH 
GX CO 
to 
to 
0 
PH 
Tft 
v- 0 
ft 
? 
*2 
05 CO 05 
CO 
Gt 
G^ 
0 
fH 
GX 
»o 
FH 
0 
X 
GX 
0 ^ 
fH 
CO 
0 
0 
to 05 0 Gl 
'«f 
CO 
0 
CO 
to 
X 
0 
CO 
to 
05 
r— t 
to 
0 CO CO 
05 to 
0 
lO iQ CO CO CO CO 
000000 
X 
000 
X 
0 
0 
0 
4 h 
* , 
GX 
:p 
Ip cp 
pH fh 
X 05 0 
^ GX 
(k 
cp 
GX 
•s 7 
0 0 
S' 
G) ^ CO 
X 
to 
X 
05 0 
to 
X 
05 
X 
CO 
CO 0 
CO 
to 
O 
lO 05 CO CO 
X 
CO 
-rp 
to 
T}< 
X 
0 
X 
05 0 
to 
to !>. 
>0 
»o 
to 
;3 
X X CO 05 
0 
G< 
FH 
CO 
CO 
0 
X 
05 
fH 
to 
0 
lO — ' 
X 
to 
fH 
H 
CO CO iQ 
lO 
tp 
cp 
T 
7 * 
X 
Xp. 
X>>CO CO 
kO tp 
tP 
T 
s 
^H 
0 
0 
0 
0 
0 
0 0 
0 
0 
0 
— r -3 
10 
to 
to 
to 
©o^ocnt^cDcDoo 
X 
CO 
fH 
0 
to 
X 
05 ^ 
FH CO 
X 
0 
.2 i> 
05 t^ Tt< 
G? 
0 
CO 
FH 
Tt< 
CO 
GX 
1 ^ 
fH 
x>. 
CO 
0 
X CO ^ 
G> 
FH 
0 
H 2 
X l>*t>%t^t>%t^COCO 
lO 
to 
to 
CO 
CO 
CO 
GX 
GX GX 
GX 
GX 
GX 
d 
"3 
00 r-< Gi CO 
to 
!>. 0 
to 
CO 
0 
to 
0 
to 
0 
to 
0 to 
0 
to 
0 
s. 
PH 
PH 
GX 
GX 
CO 
CO 
to »0 CO CO 
s 
H 
