172 
Zweite Ausgleichung. 
4,57z 2924.6 = 
— 24.8 = 
4,572 2899.8 
9,993 8189.24 
2524.42 — 
I 49°-39 “ 
7007.03 4- 
loi 
+- 
9/995 
9,97 6 
9/9 6 3 
FHi 
” Aj 
3,58 (46) — 
3,13 (41)4- 
7,17(49)4- 
8,98 (16) — 
8,98 (50) — 
3,5 8 (47) 
3,i3 (4») 
747 (5°) 
8,98 (17) 
8,98 (51) 
9,645 4982.97 4- 42,7* ( l8 ) — 42,72 (23) 
4,146 7093.85 
4,146 7079,93 
4,734 0236.3 = 
— 52.2 = 
4-734 0184.1 
9,908 4144.91 
9,947 0191.72 
9,914 6486.85 
9,666 2346.16 
9,976 3726.19 
4,146 7079.93 
= log FSt 
= -A a 
- 15,25 (10) 4- 1545 (11) 
— 11,07 (47) + 11,07 (48) 
14,61 (42) 4-14,61 (43) 
— 40,23 (50) 4 4043 (51) 
— 744(i5)+ 744(i6) 
+ 744 (4 8 )— 744 (*3) 
F 13-92 
0,6960 
4- 0,7625 (10) — 0,7625 (11) 4- 0,3570 (15) 4- 0,0920 (16) — 0,4490 (17) 
4- i,779° ( l8 ) — I ,779° (23) — 04565 (41) + 0,8870 (42) — 0,7305 (43) 
4- 0,1790 (46) 4- 0,3745 (47) — 0,5535 (48) — 0,3585 (49) + 2,8190 (50) 
— 2,4605 (51) 
XXXI. Hinsbeck — Mündt — Klifsberg Nederweert — Venray — Kevelaer — 
Fürstenberg. 
Identität des Verhältnisses der Seiten Hinsbeck — Fürstenberg und Hinsbeck — 
Mündt mit den aus der zweiten Ausgleichung der Rheinisch-Hessischen Dreieckskette 
hervorgegangenen endgültigen Werthen. 
sin HM . sin HKeF . sin HVKe . sin HNV . sin HK1N . sin HMK1 
Bedingung: 1 = sin HF . sin HFKe sin HKeV . sin HVN . sin HNK1. sinHKlM 
HKeF 
HVKe 
HNV 
HK1N 
HMK1 
108 43 43,443 + (45) — (*6) 
— (18) 4- (23) 
63 54 54,9°6 — (56) + (57) 
8 43,442 —(60) 4-(61) 
50 54,49° + (64) — (67) 
19 45,167 — (26) 4- (27) 
5i 
34 
4,564 4386.8= log HM 
— 239 = — Aj 
4,564 4362.9 
9,976 3726.19 
9,953 3462.88 
9,891 3927.59 ■ 
9,999 99 8 4-8i 
9,751 2384.24 
4,136 7848.61 
4,136 7869.03 
— 20 42 
7,14(15)4- 7H4(i6) 
+ 7, T 4 ( l8 ) 744(23) 
10,31 (56) + 10,31 (57) 
16,96 (60) 4- 16,96 (61) 
0,06 (64) — 0,06 (67) 
30,83 (26) 4- 3°, 8 3 (2-7) 
HFKe = 45 2 6,318 — (15) 4- (16) 
HKeV— 76 46 42,789 4-(22)--(23) 
+(56) (57) 
HVN = 75 27 35,697 — (57)+ (58) 
HNK1 = 34 8 41,474 — (61) 4-(62) 
HK1M = 101 23 15,321 — (64) 4-(65) 
4,572 2924.6 = log HF 
— 24.8 = — A s 
4,572 2899.8 
9,849 7508.04 
9,988 3329 92 
9,9 8 5 
9,749 
9,99i 
8629.01 — 
1850.36 — 
3651.90 4- 
21,03 (15) + 21,03 (16) 
4,95(22)— 4,95(23) 
4,95 (56)— 4,95 (57) 
5,46 (57)+ 5,46 (5 8 ) 
31,04 (61) 4- 31,04 (62) 
4,24(64)— 4,24(65) 
4,136 7869.03 
o = — 1,0210 4- 0,6945 (15) — 0,6945 (16) 
— 1,5415 (26) + 1,5415 (27) 
— 0,8480 (60) 4- 2,4000 (61) 
— 0,0030 (67) 
°,3 57° ( l8 > — °,2475 (22) — 0,1095 (23) 
0,7630 (56) 4- 1,0360 (57) — 0,2730 (58) 
1,5520 (62) — 0,2090 (64) 4- 0,2x20 (65)