56 
A. Triangulation 1859. 
Endgleichungen: 
+ 
+ 
+ 
+ 
3.6333 
3,0625 
2.6333 
5,3459 
4,9250 
4 13,0500 
+ 
+ 
-1- 3,6333 = + 13,0500 A — 
4 3,7353 = 
+ 4,4630 = 
— 2,3705 = 
4 6,7594 = 
(a) 
2,4167 B 
12,8333 B 
(b) 
2,4167 B 
12,3858 B 
— 
2,6167 C — 
2,7000 D — 
2,3667 E 
'— 
3,1667 C — 
2,1667 D — 
2,4167 E 
4 
15,0500 C — 
2,9500 D — 
2,8667 E 
4 
14,3833 D — 
2,9500 E 
4 14,3000 E 
2,6167 C — 
2,7000 D — 
2,3667 E 
— 
3,6513 C — 
2,6667 D — 
2,8550 E 
4 
13,4489 C — 
4,2775 D — 
4,1829 E 
+ 
11,8901 D — 
5,3848 E 
+ 
9,4730 E 
A = + 0,"676 
B — + 0, 667 
C == + 0, 593 
D = + 0, 124 
E = 4 0, 714 
Resultat mit Einschluss der Reductionen. 
Rössel 
0° 
0' 
0/000 
Lautern 
22 
52 
16, 
676 + (7) 
Sternberg 
74 
5 
28, 
667 + (8) 
Wildenhof 
152 
7 
31, 
625 + (9) 
Schippenbeil 
320 
52 
52, 
124 + (10) 
Drengfurth 
323 
23 
23, 
714 + (11) 
Gleichungen zur Bestimmung der unbekannten Grössen (7) bis (11). 
(7) = -|- 0,11484 [7] + 0,05112 [8] + 0,04944 [9] + 0,04919 [10] + 0,04771 [11] 
(8) = + 0,05112 [7] 4 0,11779 [8] + 0,05240 [9] + 0,04811 [10] + 0,04879 [11] 
(9) «= + 0,04944 [7] + 0,05240 [8] + 0,10472 [9] + 0,04851 [10] 4 0,04803 [11] 
(10) = + 0,04919 [7] 4 0,04811 [8] 4 0,04851 [9] 4 0,10575 [10] 4 0,04780 [11] 
(11) = 4 0,04771 [7] 4 0,04879 [8] 4 0,04803 [9] 4 0,04780 [10] 4 0,10556 [11] 
P (F 0 F 0 ) = 325,09 
(qn)2 - - . . . = — 8,91 
(aa) (VV) = 316,18 
Divisor 167.