316 
Netzausgleichung. 
VIII. Hengstberg — Windberg — Berfsen — Hesepe. 
„ sin HgBHp . sin IlgWB . sin HgHpW 
Bedingung: i = ö 1 * 1 
sin HgHpB . sin HgBW . sin HgWHp 
HgBIlp = 87 55 41,865 4-(10) 4-(11) 
Hg WB —46 35 0,394+ (13) 
HgHpW =— 16 30 53,384 +-(15) 
9,999 7160.4 4- 0,76(10)4-0,76(11) 
9,861 1615.4 4- 19,92 (13) 
9,453 7210.8 4- 71,01 (15) 
9.314 5986.6 
9.314 5963.5 
4-23.1 
HgHpB =27 49 8,073-4(16) 
HgBW =63 43 41,777— (9) — (40)—(11) 
HgWHp — 29 32 38,7144-(14) 
9,669 0178.4 4- 39,9° (46) 
9,9526495.6 — 10,39 (9) — 10,39 (10) 
— 10,39 (xi) 
9,692 9289.5 4- 37,15 (14) 
9,3i4 59 6 3-5 
0 = 4- 0,924 4- 0,416 (9) 4- 0,446 (10) 4- 0,446 (11)4- 0,797 (13) — 1,486 (14) 
4- 2,840 (15) — 1,596 (16) 
2. Ausdrücke der Übertragungsgröfsen durch die Korrelate 
ii| —— 1 4-n 
[aj 
= 4-1 
4- 0,392 IX 
[31 
= — I 
4- II 
14] 
= — II 
— III 
[5] 
= 4- V 
4-VII 
6] 
= 4-1 
— 0,620’ IX 
[7] 
= + III 
4- 1,273 IV 
[8J 
= — V 
■+■ VI 
191 
= — V 
4- 0,416 VIII 
iio] 
— — v 
4- VI 
[11. 
= 4-111 
— 1,112 I\ ; 
12] 
= 4-11 
4- 0,460 IX 
[i3 
= 4- V 
4- 0,797 VIII 
14] 
= 4- VII 
— 1,486 VIII 
! 15.1 
= 4- VII 
4- 2,840 VIII 
[16] 
= + VI 
— 1,596 X r 111 
- 0,828 IV 
V 4- \ 1 
4- 0,446 VIII 
— V 4-VI 4-0,446 VIII 
3. Ausdrücke der Verbesserungen durch die Korrelate. 
(1) = — 0,50001 4-0,500011 —0,41401V 
(2) = 4- 0,0417 I 4- 0,0163 IV 
(3) = — 0,50001 4- 0,5000 II 
(4) = — 0,1000 II —0,1000 III 
(5) = 4- 0,1250 V 4-0,1250 VII 
(6) = 4- 0,2500 I —0,15501V 
(7) — 4-0,5000 III 4-0,6365 IV —0,5000 V 4- 0,5000 VI 
(8) = — 0,0278 V 4- 0,0278 \ I 
(9) = — 0,1667 V 4-0,0693 VIII 
(10) — — 0,0385 V 4-0,0385X1 4-0,0172x111 
(11) 4-0,5000111 —0,5560 IX' — 0,5000 X 4-0,5000X14-0,2230X111 
(12) = 4- 0,5000 II 4-0,2300 IV 
(13) = 4-0,0417 V 4- 0,0332 VIII 
(14) = 4— 0,5000 VII — 0,7430 VIII 
(15) — 4- 0,5000 VII 4- 1,4200 VIII 
(16) = 4-0,0208 VI —0,0332X111