105 
1. Quadratisches Widerstandsgesetz. 
*16 
[5/30.0/] 
yie 
[/420.S5] 
*'l6 
[226.27] 
/l6 
C- 9.72 ] 
*’lG 
[226.-77] 
«>*,. 
4.70981 
k 
5.34199 
y ■ 
3.15254 
ky 
8.49453 
1,50547 
1.49169 
1 — ky 
9.98622 
(l-ky)Y 
9.93537 
(1 — ky)Y- J 
9.94915 
(l—ky)?-- 
- 9.96293 
x" 
3 6 
[— 7.062] 
y",« 
[— 9.507] 
[— 6.647] 
x" 
1 6 
[+ 0.420] 
y' /r 
J 16 
[+ 0.288] 
i' 
V 
16 
[+ 0.832] 
X ( IV ) 
16 
[— 0.058] 
y av) 
7 16 
[- 0-024] 
xOO 
[4- 0.006] 
y(V) 
[+ 0 004] 
XlVl) 
[— 0.001] 
y (XI) 
[— 0.001] 
c 6.20413 
v 2.35490 
8.55903 
9.93537 
& 
— x' 
-y' 
— v 
x" 
8.49440 
2.35451 n 
098767 
2.35490 n 
0.84891 n 
f r-w 
— y (.V 2 
9.48207 
— g 
0.99167 n 
1.50960 
1.49596 
y" 
0.97803 n 
_ y) 
8.63277 
_ gy' 
V 
9.62444 
0.84930 n 
1 .22486 
1.19818 
r 
0.82262 n 
9>' 
7.02675 n 
— j ky 
6.01316 n 
(1-kyF- 
1 9.94915 
dp 
dy 
y' 
5.96231 n 
0.98767 n 
o 
6.94998 n 
V Q 
6.96212 n 
5.50901 
1.45311 
1.43754 
v> 
6.94655 n 
■ 
6.98880 n 
9.95775 
0.28042 
g 3 7.26922 n 
— x' 2.35451 n 
— y' 0.98767 
— v 2.35490 n 
x'" 9.62373 
i i 
'< JQ '< 
8.25689 n 
9.48607 
1.22918 
1.20278 
9.45967 
g-r foy' 
r 9 
0.97803 
V “ 
— g V 
8.25721 n 
2.72082 
9.99917 
0.97720 
g 
8.63677 
V 
5s 
9.61397 
9.62412 
v' 
9.98985 
0.29599 
9.92011 
tr 
( f 
6.12424 
k 3 x ( y — 1 ) 1.92218 
(l-ky ) 5 '“ 2 
9 96293 
1.88511 
d y 
y' 2 
1 .97534 
| 
d Q 
3.86045 [ 
5.96231 
a y 
g+y' 0’ 2 
0.97803 
6.94034 
6.92011 
36 
Q 
6.94070 
i:-i 
