330 
(1) Seoni. 
Finsternissanfang 12° 5” Madr. Z. 
Totalität 1 27°» 
Ende 2" 48" 
(0.4. 3”) 
wahrsch, thats. Ab- 
Madr. Z. Temp.) Temp.?) weichung 
Re 79.10F. 79.20F. +0.1°F. 
10 79.3 19.2 —ua 
15 19:5 79.0 —0.5 
20 79.6 79.6 —0.0 
25 79.8 19.2 —0.6 
30 80.0 19.2 —0.8 
35 80.1 79.2 —09 
40 80.2 79.0 —ı% 
45 80.4 78.8 6 
50 805 78.2 —aS 
55 80.6 73.2 —24 
12 (0pn 80.7 78.0 —an 
5 80.9 78.0 —aß) 
10 81.0 77.4 a 
15 81.1 71.2 a8) 
20 81.2 76.4 —4.8 
25 81.3 76.0 —5.3 
30 81.4 75.6 —5.8 
35 81.5 75.0 —65 
40 81.6 74.2 —A1.A 
45 81.7 74.4 =: 
50 81.8 74.6 —Y2 
55 81.9 75.2 —647 
20 81.9 75.8 —6.1 
5 82.0 76.0 —6.0 
10 82.0 76.4 — 5.6 
15 821 76.8 u 
20 82.1 77.2 —4.9 
25 82.1 78.0 — nl 
30 82.2 78.2 —A.0 
35 82.2 78.2 —4.0 
40 82.2 78.6 —3.6 
45 82.1 79.0 —3.1 
2b 5om 82.10F. 79.20E. —2.90F. 
3.60F. 
1) 1. e. Taf. 4. 2) 1.0.8.4. 
Gustav Pietzmann, 
[28] 
Mittlere Abweichung 2.0° C. 
Maximalabweichung 4.1°C. 
Finsternissamplitude 3.0° C. 
(3) Chapra. 
Finsternissanfang 12" 20” Madr. Z. 
Totalität 1? 40” 
Ende 3° 
(92:18 
wahrsch, thats, Ab- 
Madr. 7. Temp.!) Temp.?) weichung 
12" 20” 74.9°F. (74.4)0)F. —0.5°F. 
30 15.2 (74.7) — 0.5 
40 755 (75.1) —0.4 
50 715.8 (74.9) — 
10 76.0 75.1 — 0.9 
10 76.2 74.1 —! 
20 76.4 (73.8) —2.6 
30 76.6 (72.8) ans 
40 76.8 (71.4) — 9.4 
50 76.9 (70.1) GR 
a 77.0 (69.5) — 1.5 
10 7.1 (69.5) = 
20 re! (71.3) 8 
30 40.4 (73.2) u 
40 77.0 (74.3) a 
50 76.9 (74.7) dd 
ur 76:30E.: - (752) P} HIER, 
3.20. 
Mittlere Abweichung 1.9 C. 
Maximalabweichung 42°C. 
Finsternissamplitude 3.2° C. 
(4) Nagpur Observatory. 
Finsternissanfang 12" 1” Madr. Z. 
Totalität 1,283 
Ende 2ı Ham 
(ae 
)1.0.Tak Ye. 86. 
) Die eingeklammerten Werthe sind inter- 
polirte. 
