40
II. §. 12. Ausgleichung des Dreiechsnelzes.
? 0 j Sin ( + (12) + ( 13 ) + ( 14 ) ) • Sin ( + W + (3) + (5) + (9) + (10) + (16) + (17) + (18) ) • Sin + (30)
“ (Sin (-[!]- (3) - (5) - (9) - (10) - (11) - (12) - (13) - (14) - (16),- (17) -.(18) - (23) - (24) ) • Sin + (11) *
4 y Sin ( - [1] _ (3) - (5) - (9) - (10) - (11) - (12)-(13)-(16)-(17)- (18) - (23) - (24) - (29) - (30) - (31) - [64] — [65] — [66] ) ;
^ Sin (4-Ml 4- Г31 + Г5) 4-19) + (10) + (11) + (12) + (13) + (16) + (17) + (18) + (29) + [641 + 165] + [66] ) . Sin + (31) 1
33
Sin ( + [1 ] + (3) + (5) + (9) + (10) + (11) + (12) + (13) + (16) + (17) + (18) + (29) + [64] + [65] + [66])7sin + (31)
Í Sin ( + (32)4 (33) + (34) ) . Sin(+[!] + (3) + (5) + (9) + (10) + (11) + (12) + (13) + (16) + (17) + (18) + (23) + (24) + (29) + (30) + [64] + [65] + [66] )
Sin (- [1] - (3)-(5) — (9)-(10)- (11) - (12) - (13) - (16)- (17) - (18)- (23) - (24)-(29) - (30)-(31) - (32) -(33)-(34) - (35)-(36)—(37)—[64]—[65J— [66] )
y Sin + (26) . Sin + (39) ■ Sin + (46) I Л
A Sin + (24) . Sin + (27) . Sin + (40) j 1
Selzt maní
X = +;[1] + (3) + (5) + (9) + (10) + (11) + (12) + (13) + (16) + (17) +/(18) + (23) + (24) + (29) + (30) + (31) + (35) + [64] + [65] + [66]
so erhalt man ferner:
0 Sin ( + (47) - (46) ) . Sin ( + (32) + (33) + (34) ) • Sin ( -X - (32) - (36) - (38) )
° ' Sin ( + (42) + (43)) • Sin (-X- (32) -(33) -.(34).- (36)-(37)) . Sin+ (32)
( _ Sin ( + (40) — (41) ),• Sin + (47) . Sin ( + (38) — (37) j ^
Sin + (38) . Sin + (41) . Sin ( + (47) - (46) )
16.
Sin + [57], Sin ( - (34) - [62] - [63] ) . Sin ( + X + (32) + (36) + (3S) + (42) + (43) )
Sin ( — (33) — [57] ) • Sin ( + [62] + [63] ) . Sin (-X -(32)- (33) - (34) - (36) - (37) -(46) + (47) )
37.
Sin { + [57] + [62] + [63] ) .* Sin (—X — (32) — (33) — (36) — (37) — (46) + [63] ) • Sin + (42)
3S.
39.
Sin ( - X - (32) — (33) - (36) —.(38) —.(42) — (43) ) • Sin + [62] . Sin + (41)
Sin ( + X+ (32) + (33) + (36) + (37) + (46) —(47) - [62] - [63]) • Sin ( + X + (32) + (33) + (36) + (37) + (46) - (47) - (48) — [61] - [62] - [63] )
Sin ( - X - (32) - (33) - (36) - (38) -(42) - (43) - [57] ) • Sin ( - X - (32) - (33) - (36) - (37) - (46) + (47) + (48) + [62] + [63] ) *
Sin.{ + X + (32) + (33) + (36) + (37) + (46) - (47) - (48) - (49) - [58] - [59] - [60] - [61] - [62] - [63] ) 1 __
^ Sin ( -X-(32) - (33) - (36) - (37) -.(46) + (47).+ (48).+ (49) + [Gl] + [62] + [63] j )
Sin + (54) , Sin{ + X + (32) + (33) + (36) + (.37) + (46) - (47)—(48) - (53) - (54) - [59] - [60] - [61] - [62] — [63] )• Sin + [61]
Sin ( + [59] + [60] + [61] j. Sin + (53) . Sin,( + X + (32) + (33) + (36) + (37) + (46) —(47) -(48)—[61]-[62]-[63])
/ /V Sin ( + X + (32) + (33) + (36) + (37) + (46) - (47) - [62] - [63] ).. Sin + (54) , Sin ( - (55) - [58] ) __ ^
Sin ( —X— (32) — (33) — (36) — (38) —(42) — (43) — [57]-) • Sin-( — (54) —[59]—[60] [61] ^ . Sin+(55j ~
A t Sin.( -.(52) - (53) — (54) - [59] ) ■ Sin ( -X- (32) - (33) — (36) — (37) - (46).+ (47) + (48) +{49).+ (50).+ [61].+ [62].+ [63] ) • Sin ( + (53) + (54) ) f
4 * Sin ( + (52) + (53) + (54) j ■ Sin ( + X + (32) + (33) + (36) + (37) + (46) - (47) — (48) — (49) - (50) — [60] — [61] — [62] - [63] ) • Sin ( — (53) — (54) - [59] — [60] )
Sin + [68] . Sin ( + (51) + (52) ) • Sin ( + X + (32) + (33) + (36) + (37) + (46) - (47) — (48) — (49) - (50) — (52) — (53) — (51) — [59] -[60] — [61]- [62] - [63] )
/d*) _ — — " r , — 1 ■ i ■ ■■ ——— 1 ■ 1 — " 1 ■— . * * 'i
Sin (+X+(32)+(33)+(36)+(37)+(46) - (47) - (48) - (49) — (50) — (51 ) _ (52) - (53).— (54) - [59] - [60] — [61].— [62] - [63] - [68] - [69] ) . Sin+[69]. Sin+(52)
