304 
Netzausgleichung. 
l . e "— (1) + (2) + (8) + (14) + (15) 
VIII. Bergheim — Löwenburg — Gielsdorf — Birkhof. 
^ ,. sin BgLG . sin BgBkL . sin BgGBk 
Bedingung: i = +- ^ =—— 
sin BgGL . sin BgLBk . sin BgBkG 
BgLG = 27 40 57,276 + (17) 
BgBkL = 23 35 6,208 + (13) 
BgGBk = 96 54 37,816+ (9) — (10) — (11) 
BgGL =69 35 1,744+ (n) +(12) 
BgLBk = 22 7 10,277+ (18) 
BgBkG — 31 31 40,049 + (14) 
9,667 0537.6 + 40,13(17) 9,9718246.4+ 7,84 fu) + 7,84 (12) 
9,602 1794.5 + 48,23(13) 9,575 81x0.3 + 51,80(18) 
9,996 8334.7— 2,55 (9) + 2,55(io) + 2,55(h) 9,718 4286.7 + 34,32 (14) 
9,266 0666.8 9,266 0643.4 
9,266 0643.4 
+ 23.4 
o = + 0,936 
0,102 (9)+ 0,102(IO) —O,212(h) — 0,3 I4(l2) +1,929 (13)— 1,373(14) 
!,6o5 (17) —2,072(18) 
IX. Michelsberg — Löwenburg — Birkhof. 
Michelsberg = 54 59 20,243 + (19) 
Löwenburg — 55 52 12,778 + (16) + (17) — (18) 
Birkhof = 69 8 29,719 — (13) + (14) + (15) 
Summe =180 o 2,740 
i8o° + 6 —180 o 2,193 
0 = + 0,547 — (13) + (14) + (15) + (16) + (17) — (18) + (19) 
Für die Funktionen u' = io 7 log 
BkM 
BnBs 
und u" — Azimut BkM minus Azimut BnBs 
erhält man die Bedingungen (siehe Seite 281): 
l • *' = — »9,45 (1) — 4,^7 (3) + 4/^7 (4) + 49/9° (5) — 7°/44 (6) 
+ 49/9° (7) + 49/9° (8) — 45, 6 4 (9)+ »,55 ( IO ) + »/55 (n) 
— 34,3» (14) + H,»7 ( l6 ) + 14,27 (*7) — 66,07 ( l8 ) — H,75 (19)