26 
Aristides Brezina. 
in 
[S] 
'• 
/-(ITO); 
(x = Y ; V = 7 ; TT = p -I- cc -t- 2 6 ; 
II = 0 + £ ; P = £ -f- 0 ; S = — 7 ; 
(p = p _ _ cy H_ J, ; H = ; 
L = a -t- p-t-47 — 4 ^' — ■ Ab -h 20] K = - 2 a — ^-f-;^-i-2 7_; 
(IL 0^0 
rf4 = 4-'-2«-^‘lÄ = P-X-. 
(IL Q o '' o I 
^,^ = 2v-2o-2c:-- = -aH-x. 
y = ( 201 ) 
jx = P;v = a-d-47 -i- 4 £ ; n- = 4p; 
II =, 4rl -f 20] P = - 2p; 2 = 6 24; 
(P = — 2p + W =-- f — 2y] E = r — 2ip; 
/v = 4 la -t- p -h 4 7 — 4 0 H- 4 £ ■ — 2 0)] f( = T -h 2 f — 2^p — 4y] 
f.= 4(ß.-2«-0); f = + 
4 4 
2«y, -Tk -f 
(IL , 
,i = ( 021 ) 
[x -= p -f- 4 7 -+- 4 4 ; V = a] n = 4 a ; 
II — 2a; P = 4£ -h 24; 2 = 2£ ~i - 0; 
(|) — 2 ; W — 2-7 -I- ; H = t — 2f] 
I 6 a ; /r = — 4 7 -+- r ; 
-- S (2 £ ^ 0) ] = ip — 2 / ] 
2y. 
L 
f/L 
(Ih 
(IL (IK 
rfi + 
Durch Snhstitution der numerischen Wcrtlie der Elemente 
(t ()-6366; h - l] c — 0‘5582, 
c -- 94° lä' J2; -7 .--- 116° 47' 10; C -- 87° 52' 22 
die Gleichungen 3. erhalten wir 
7-91931; 7 = 2 46755, 
l-26822;4= 0-18713, 
0- 79690; T=: 3-20495, 
1- 26048 ;x = - 0-00581. 
b. 
3-20938; p 
0-32786; £ 
2-45398 ; 7 
0-1 0290; p 
