18 
K. BOHLIN OCH C. A. SCHULTZ-STEINHEIL, OM EQUINOKTIETS BESTÄMNING. 
Dag. Objekt. oa Feng a ee Rektascension. m+y 
z 
Mars 28 | 25 Monoc. 17 Vv 7 34 37.10 — 0.01 7 34 37.69 7 31 45.49 — 2 52.20 
| a Can. min. 17 14 36 21.59 + 0.04 36 21.63 33 29.58 52.10 
B Caneri id (0) 8 13 22.25 — 0.01 8 13 22.24 8 10 29.92 52.32 
| Br. 1197 il "ud 22 59.21 — 0.01 22 59.20 20 7.10 52.10 
3 "9297 ) OM 6 0) 0 34 41.58 | —0:05 0 34 41.53 
ÖO I 12 V 36 50.12 + 0.05 36 50.27 
Polaris 4 Vv 1 19 52.06 4-16.25 120-83 1 17 16.26 52.05 
Polaris 6 (0) 20 6.37 + 2.66 20 9.03 17 16.26 52.77 
B Cancri 17 0 8 13 22.28 — 0.03 8 13 22.25 8 10 29.90 52.35 
| BETIT97 17 (0) 22 59.58 — 0.05 22 59.53 20 7.08 52.45 
| 3 Cancri 17 [0] 41 15.30 | —0.02 41 15.28 38 22.91 52.87 
e Hydra 17 (0) 43 46.63 — 0.04 43 46.59 40 54.19 52.40 
| LZ Hydra 17 Vv 52 24.15 + 0.07 52 24.22 49 31.95 52.27 
| a Oméri 17 Vv 55 17.51 | +0.10 55 17.61 52 25.35 52.26 
| 5 Hyde H Vv 9 11 28.12 | + 0.05 9 11 2817 | 9 8 35.88 52.34 
83 Caneri 17 M 15 39.79 + 0.14 15 39.93 12 47.65 52.28 
>» 30 | Or 8 Vv 0 38 19.49 | +0.06 | 038 19.55 
OO I 16 (0) 40 28.82 — 0.05 40 28.77 
Polaris 3 (0) 1 20 5.95 + 2.50 1 20 8.45 1 17 16.02 52.48 
Polaris 4 Vv 19 51.91 +16.38 20 8.29 17 16.02 52.27 
« Arietis 1 bvå Vv | 2 3 45.64 + 0.17 2 a 45:81 2 05928 52.88 
B Eridani 16 OC | 115)-5 15:89 — 0.06 5 5 15.383 5 2 22.75 52.58 
B Orionis 17 O | sul Avant) Mor 12 3.97 9 ID 52.57 
| Y Orionis 1 (0) 22 2.39 — 0.04 22 285 19 9.87 52.48 
3 Orionis 17 OM | 29 12.00 — 0.05 29 11.95 26 19.48 52.52 
e Orionis if JM 33 26.44 + 0.02 33 26.46 30 34.15 52.31 
| z Orionis 17 Vy 45 21.32 | —0.08 | 45 21.29 42 28.89 52.40 
a Orionis 17 Vv 52 1a0 + 0.08 | 52 LAR 49 9.18 52.35 
April 5 Q I 8 Vy 1 0 12:07 + 0.01 1 0 12.08 
QQ IH 7 (0) 2 2.78 — 0.03 2 21.75 
Polaris 2 (0) 20 15.22 — 5.98 20 9.34 1 17 105NG H3.45 
Polaris 3 Vv 20 3.08 | +5.93 20 9.01 17 15.19 | 53.22 
& Canis min. 8 O 7 36 22.98 — 0.08 7 36 22.95 7 33 29.37 | H3.58 
| 2 Gemin. 12 LR 40 38.25 — 0.07 40 38.18 37 44.60 53.58 
I BB Caneri 17 O 8 13 23.29 JT! | 8 13 23:25 8 10 29.77 D3.48 
Br. 1197 17 0 23 0.51 — 0.01 | 23 0.50 20 6.95 H3.55 
e Hydra 4 y 43 47.24 + 0.02 43 47.26 40 54.09 53.17 
g Hydro 17 N H2 20.12 + 0.01 52 25.18 49 31.88 53.30 
a Cancri 17 Vv 55 18.54 + 0.08 | — 55 18.57 52 25.28 53.34 
| I Hydra 17 N 9 11 29.11 + 0.01 9 111922 9 8 3571 53.41 
| 83 Caneri 17 Vv 15 40.80 + 0.04 15 40.84 12 47.53 H3.31 
, 9 I ÖT 8 Vv 1 14 50.37 + 0.02 1 14 50.39 
Kor 12 0) 17. 0.151 —==0.05 17 0.40 
| å Gemin. 17 O 7 16 23.36 — 0.08 7 16 23.28 7 13 29.26 DM.02 
fp Can. min, 17 V 24 1.39 + 0.03 24 1.42 21 7T.ei 59.81 
