Netza usgleich ung. 
139 
Bedingung: 
sin EtEg . sin BStdK . sin BLStd . sin BVL . sin LWiV . sin WiSteV 
sin BK. . sin BKStd . sin BStdL . sin LBV . sin VLWi . sin SteVWi 
sin SteHoWi. sin SteGIHo . sin HoRGl. sin GlHöR . sin RPuHö 
sin SteWiHo . sin HoSteGl. sin GlHoR . sin RGlHö . sin HÖR Pu 
sin HöDPu . sin HöPoD . sin HöWoPo . sin P0AW0 . sin WoStöA 
sin HöPuD . sin HöDPo . sin PoHöWo . sin W0P0A . sin AWoStö 
sin AGoStö . sin StöGöGo . sin StöEtGö . sin GöEgEt 
sin StöAGo . sin StöGoGö . sin GöStöEt. sin EtGöEg 
BStdK = 93 30 43,308— (3)+ (4) 
BLStd = 50 4g 56,277+ (10)— (13) 
BVL — 79 4 12,190— (20)+ (21) 
LWiV = 36 16 37,193— (25)+ (2.6) 
WiSteV =41 26 14,364— (29)+ (30) 
SteHoWi = 73 45 7,187+ (3*)— (37) 
SteGIHo =41 34 3,132— (43)+ (44) 
HoRGl — 90 51 46,049+ (45)— (48) 
GlHöR =28 48 54,742— (60)+ (61) 
RPuHö =42 29 18,595— (49)+ (50) 
HöDPu —¿8 3 30,729— (65)+ (66) 
HöPoD = 92 38 27,628+ (70) 
HöWoPo = 40 1 40,890— (75)+ (76) 
P0AW0 = 59 37 49,490— (87) + (88) 
WoStöA = §6 11 52,348+ (91) 
AGoStö =39 5 13,265 — (100) 
StöGöGo = 72 41 40,311 — (104) 
StöEtGö = 57 19 41,781—(107)+ (108) 
GöEgEt — 59 46 41,601—(110) 
BKStd 
= 
28 
47 
39,288 — 
00 + 
(2) 
BStdL 
= 
58 
*5 
15,444 — 
(4) + 
(5) 
LBV 
= 
57 
9 
27,9°4 — 
(7) + 
(8) 
VLWi 
= 
64 25 
57,842 — 
(n) + 
(12) 
SteVWi 
= 
58 41 
18,728 — 
(18) + 
(19) 
SteWiHo 
= 
35 
3 
49- 1 3 3 — 
(22) + 
(23) 
HoSteGl 
= 
83 
*9 
9,023 — 
(27) + 
(28) 
GlHoR 
= 
32 
18 
4L374 — 
(33) + 
(34) 
RGlHö 
= 
68 
22 
57,457 - 
(41) + 
(42) 
HöRPu 
= 
112 
54 55,877 — 
(46) + 
(47) 
HöPuD 
= 
47 
12 
48,583 — 
(50) + 
(5 1 ) 
HöDPo 
= 
55 
18 
5,801 — 
(66) 
PoHöWo 
= 
56 28 
51,050 — 
(56) + 
(57) 
W0P0A 
= 
86 
20 
41,476 — 
(7i) + 
(72) 
AWoStö 
= 
35 
54 28,711 — 
(73) + 
(74) 
StöAGo 
= 
77 
25 
10,655 — 
(89) + 
(9°) 
StöGoGö 
= 
64 59 35+62 + 
(97) 
GöStöEt 
= 
49 
7 
19,967 — 
(93) + 
(94) 
EtGöEg 
= 
76 49 
0,429 — 
(101) + (102) 
4,619 7943-5 = log Et Eg 
— 3°-8=Aa 
4,619 7912.7 
9,999 1836.1 + 1,29 
9,889 3672.1 + 17,16 
9,992 0494.5 — 4,07 
9,772 0939.2 — 28,69 
9.820 7270.0 — 23,85 
9,982 2982.0 + 6,14 
9.821 8425.0 — 23,74 
9,999 95°7- 6 — 0,32 
9,683 0346.3 — 38,28 
9,829 5881.9 — 22,99 
9,967 3448.6 — 8,48 
9,999 53847 — o,97 
9,808 3*05.3 —25,07 
9,935 9011.6—12,34 
9,999 0430-7 + L40 
(3)— 1,29 (4) 
(10) — 17,16 (13) 
(20)+ 4,07 (21) 
(25)+ 28,69 (26) 
(29) + 23,85 (30) 
(32)— 6,14 (37) 
(43) + 23,74 (44) 
(45) + 0,32 (48) 
(60) + 38,28 (61) 
(49) + 22,99 (50) 
(65)+ 8,48 (66) 
(70) 
(75l + 25,07 (76) 
(87) + 12,34 (88) 
(9 1 ) 
4,638 2214.6 = log BK 
— 33-6 = A. 
4,638 2181.0 
9,682 7457-0 — 38,31 
9,929 6189.7 — 13,03 
9+24 3655-8 — 13,59 
9,955 2446.9 — 10,07 
9,931 6382.9 — 12,81 
9-759 2794.9 — 30,00 
9,997 0409.2 — 2,47 
9,727 9654.9 — 33,29 
9,968 3264.0 — 8,34 
9,964 2973.3 + 8,90 
9,865 6309.0 — 19,49 
9,9*4 9563+ — 14,58 
9,921 0104.7 — 13,95 
9,999 ”56.7 — L34 
9,768 2569.9 — 29,08 
9,989 4460.0 — 4,70 
9,957 2521.1 + 9,82 
(1)+ 38,31 (2) 
(4)+13,03 (5) 
(7)+13,59 (8) 
(11)+ 10,07 (12) 
(18)+12,81 (19) 
(22) + 30,00 (23) 
(27) + 2,47 (28) 
(33)+ 33+9 (34) 
(41) + 8,34 (42) 
(46)— 8,90 (47) 
(50)+19,49 (51) 
(66) 
(56) + 13,95 (57) 
(7 1 ) + 1 ,34 (72) 
(73)+ 29,08 (74) 
(89)+ 4,7° (9°) 
(97) 
9,8785834.0—18,23 (93)+18,23 (94) 
9,988 4009-8 — 4,93 ( IQI ) + 4,93 i 102 ) 
2,761 3938.5 
9,799 6850.6 — 25,92(100) 
9,979 8816.7— 6/56(104) 
9,925 T 97 1 *9 — 1 3,5o( io 7) + 13,50(108) 
9,936 5557.4 — 12,26 (110) 
2,761 3944-9 
2,761 3938-5 
+ 6.4