Table III. (continued). 
THE LAW OF RESISTANCE IN PARALLEL CHANNELS 
965 
log V. 
IH 
O 
CO 
IrH 
Gi 
JQ 
00 
ll—1 
8I6-I 
0-014 
801-0 
0-103 
00 
to 
CM 
O 
CO 
CO 
o 
CO 
IH 
CO 
o 
0-425 
0-436 
IN. 
CM 
o 
0-493 
Gi 
JO 
o 
0-588 
0-623 
0-650 
0-671 
Oi 
CM 
G^ 
HP 
00 
CO 
Ct> 
to 
-ei 
o 
o 
JH 
JO 
IH 
CO 
^JD 
CO 
CO 
CO 
IH 
CO 
(JO 
rH 
o 
ai 
JO 
rH 
rH 
rH 
Gi 
JO 
rH 
CO 
CO 
o 
t-H 
Cl 
CO 
to 
ih 
o 
o 
o 
rH 
CM 
CM 
CO 
CO 
hP 
JO 
JO 
JO 
IrH1 
It—! 
IrH 
li—1 
IrH 
IrH 
IrH 
o 
o 
o 
O 
O 
o 
O 
o 
o 
o 
o 
CO 
00 
JO 
rH 
CM 
00 
CO 
CO 
00 
hp 
00 
00 
rH 
Gi 
hp 
CM 
O 
CO 
00 
JH 
G7> 
§ e -S S o 
CM 
1—1 
CO 
(X) 
to 
JO 
JO 
(X) 
to 
CM 
I ^ 
r— i 
hp 
JLH 
Oi 
to 
00 
« ■" © o. o 
CO 
IN. 
00 
o 
CM 
CM 
00 
iH 
CO 
to 
IN. 
to 
rH 
JO 
CO 
rH 
HP 
to 
£ 9 g 
o 
o 
o 
rH 
rH 
H 
rH 
CM 
CM 
CM 
CM 
CM 
CO 
CO 
CO 
H 
H 
H 
<h o 
00 
Hfl 
00 
to 
00 
JO 
IH 
rH 
HP 
i—l 
o 
CO 
00 
rH 
00 
CO 
IH 
IH 
Cl 
JO 
JO 
HP 
HP 
co 
CO 
IH 
rH 
o 
CO 
rH 
1—1 
CM 
CM 
CO 
CO 
CO 
HP 
JO 
to 
IH 
hP 
IH 
o CL) > 
1—1 
r—1 
CM 
CO 
HP 
to 
00 
O 
CM 
HP 
to 
to 
o 
HP 
CO 
CM 
Hp 
00 
m P..Q 
o 
o 
o 
o 
o 
o 
o 
rH 
rH 
rH 
rH 
rH 
CM 
CM 
CM 
CO 
cb 
CO 
Temperature. 
*!j.i9 ij u9.iqT? t q~ 
•9p , BjSl'JU8Q 
.HO.lO 
Discharges. 
Reduced 
to c.m. 
per 
second. 
pH lO CO O rH lO rH CC1 O rH rH ^ O O O O O 
cirH.Hoc3oA>oHrHOirHai(Nioioiioo6i 
i — 1 d 03 CO CO Hp lO CD IH JN. 00 i>» Cl O t—< d CO CO 
rH I—i rH rH rH 
Velocity through orifice iu thin 
plate. 
Gauge 
No. 5. 
fcJO^ 
g3 6 
Gauge 
No. 3. 
Oi IH JO rH IH O tO 
’. *. ! ! ! Hji jo to ih in i) 6o 
Gauge 
No. 2. 
iHCOO^r^lHtOOCJOrHrH 
illOtblSQHCbiblNCiO - 1 
rH rH rH rH rH Cl 
Time in seconds taken to fill 
flask. 
4. 
1000 c.c. 
3. 
500 e.c. 
2. 
1160 c.c. 
. . 
1. 
303 c.c. 
Pressures. 
Reduced 
to metres 
of water. 
0-2099 
0-2613 
0-3274 
0-4592 
0-6562 
0-9355 
1-2480 
1-5560 
1- 8710 
2- 1830 
2-4950 
2- 4950 
3- 1120 
3- 7420 
4- 2660 
4- 9890 
5- 1290 
5-9030 
Bisulphide 
of carbon 
in water. 
Mercury 
in 
water. 
320' 
400 
500 -1 
700 
1000^ 
1500' 
2000 
2500 
3000 
3500 
4000 rr 
4000 
5000 
6000 
7000 
8000, 
80001 
9000/ 
Maqnmu 
18 
19 
20 
21 
22 
23 
24 
25 
26 
27 
28 
29 
30 
31 
32 
33 
34 
35 
G H 
MDCCCLXXXIII. 
