160 Anton v. Triulzi, 














| | 8 3 
| | 3 Uhrzeit = | Uhrzeit Beobachtete 
| 3 32 | der | 32 der Dauer von | Berechnung der Schwingungsdauer 
Ser | Rn I re ea 
3 | Es) | Coincidenz I | Coineidenz 5o Coincidenzen | 
18. November 1895 a. m. 
A—ı3.2 T—22°533 Bersg:amm ,D—0:016 
24 ı 9" 32" 9°4 51 9" 56" 7°r re } 
2 > 52 56 35.0 5757, Ua VIER 
| 3 33 6) 58 54, 4' 577 enoie 
| 4 33, 35.% | 57 33°0 ans rn 
| IK 85 su as ss | za BEN 13 
| 6 34 32°8 so | 58 30°5 Se 
| Ir 35 20 STE 58 59°7 a 
a ee SS sort 58 59 28°1 Si = eo 
g9 | 35 59°6 59 59ER 5722 57'6 | S24 = 0'508 0743 in Sternzeit 
Io 306 27°7 00 10. #0 25:4 SE | S24 = 0'507 2855 in mittlerer Zeit 
| | | 
A=ı12!95 T—2%3 B=r7s8:;mm DZ 0.015 
28 I 10" 39" 6° sı Di ln soc—=24" 4°9 | Er 
39 35.0 52 3 40°4 48 | c=28"8984 
Re! 40 4'2 53 4 ygı zo er: 
| I 4 | 1033.22 54 4 381 SER a 
| 41 2'0 55 5.67 DET | A 
6 AL =31°0 56 5 36°o 5'0 = == 5 
7 a1 59.6 57 6 4:6 So ee 
8 42 28°8 | 58 0963338 Gear), ae Ss = 
| 9 20857200959 Tu 2.20 5'0 | 828 = 0'508 6272 in Sternzeit 
| To 43 26°6 00 70310 50 | Sg = 0'507 2385 in mittlerer Zeit 
| 
A=ı12!4 T=22°?9gg B=7s9’2mm D=o:g14 
| 35 Ta Ar 43" 13°6 5ı n h og" 58 s0c— 27" 9° 3 } s 
2 43 416 5 6 a 9°4 e= 27'7876 
3 a 3 7 184 93 Er 
4 44 371 54 7 466 oe a 
5 45 406 55 8 13°9 9°3 az 
6 453220, 2 | 756 SE A2aT 9'5 Br “= m 
7 40 03 57 ORG 9'2 u BE 
s a0m 283 9 37°8 ga I ee 
9 46 55'6 | 59 OS AST 9'5 | S35 —= 0'508 9847 in Sternzeit 
| 10 Ar 213818 60 1073333 95 |S35 =0O 507 5950 in mittlerer Zeit 
A=ı2!g T—=23?%4b B=758'9mm D=0'912 
| 
| 
| 63 I 12" a7" 51°3 | I" 10" 23°7 50c—= 22" 32°4 s 
2 48 ı8°5 Bo 10 50'6 32°1 e= 27'0400 
3 48 45°4 3 II 17'4 32'0 EBEN Ro 
4 49 12:0 54 11 44°5 329.) ee eo 
are mie 
zu 50 33:6 | 30 1925 eo ee, 
s | BIO: 5 130 32120 31°8 Ir = == 
Omen | ST 276 59 | L3 59=6 320 | S63 = 0'509 2403 in Sternzeit 
ro | SE 54:9 bo 14 268 31'9 | Ss; = 0'507 8500 in mittlerer Zeit 




