Wann ist Schmidt's Nova Cygni (NGC7114) sichtbar?
Sieh dir an, wie sich die Sichtbarkeit von Schmidt's Nova Cygni (NGC7114) im Jahresverlauf an deinem Standort verändert. Die Grafik zeigt die saisonalen Beobachtungszeiträume, die Tabelle die Aufgangs-, Kulminations- und Untergangszeiten für ausgewählte Tage.
Schmidt's Nova Cygni (NGC7114) bleibt bis 4. Februar sichtbar und verschwindet dann vorübergehend vom Nachthimmel, weil der Abstand zur Sonne zu klein wird.
Beste Monate zur Beobachtung von Schmidt's Nova Cygni (NGC7114)
Basierend auf der Dauer, die Schmidt's Nova Cygni (NGC7114) während der Dunkelheit oder Dämmerung über dem Horizont verbringt, sind die besten Beobachtungsmonate im kommenden Jahr: Oktober 2027, Oktober 2026, November 2026.
Sichtbarkeit von Schmidt's Nova Cygni (NGC7114) im Jahresverlauf
Sichtbarkeit von Schmidt's Nova Cygni (NGC7114) am 2026-10-31
Zeitplan für Auf- und Untergang von Schmidt's Nova Cygni (NGC7114)
| Zeit | Höhe | |
| Sonnenuntergang | 13:29 | 67° |
| Bürgerlicher Sonnenuntergang | 13:58 | 72° |
| Beginn der Dämmerung (−12°) | 14:30 | 78° |
| Astronomische Beobachtungssitzung beginnt | 15:02 | 84° |
| Schmidt's Nova Cygni (NGC7114) kulminiert | 15:32 | 87° |
Mondaufgang, 59,7% beleuchtet  | 18:38 | 55° |
| Schmidt's Nova Cygni (NGC7114) geht unter | 00:54 | |
| Astronomische Beobachtungssitzung endet | 01:29 | -3° |
| Schmidt's Nova Cygni (NGC7114) geht auf | 06:06 | |
| Monduntergang | 09:42 | 28° |
Position von Schmidt's Nova Cygni (NGC7114) im Lauf der Nacht verfolgen
← 31. Oktober 2026 →
| Zeit | |
| Höhe | |
| Azimut |
Verschiebe die Karte, um die Zeit zu ändern und die Bewegung von Schmidt's Nova Cygni (NGC7114) am Nachthimmel zu beobachten.
Aufgang, Kulmination und Untergang von Schmidt's Nova Cygni (NGC7114) nach Datum
| Datum | Aufgang — Untergang | Kulmination | Dämmerung | Koordinaten | |||||
|---|---|---|---|---|---|---|---|---|---|
| 2026-10-31 | 06:13 - 00:58 | 15:36 | 13:26 - 02:58 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-11-07 | 05:46 - 00:31 | 15:08 | 13:18 - 03:06 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-11-14 | 05:14 - 23:59 | 14:37 | 13:12 - 03:14 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-11-21 | 04:47 - 23:32 | 14:09 | 13:07 - 03:22 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-11-28 | 04:19 - 23:04 | 13:42 | 13:03 - 03:30 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-12-05 | 03:52 - 22:37 | 13:14 | 13:01 - 03:37 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-12-12 | 03:24 - 22:09 | 12:47 | 13:01 - 03:43 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-12-19 | 02:57 - 21:42 | 12:19 | 13:03 - 03:48 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2026-12-26 | 02:29 - 21:14 | 11:52 | 13:07 - 03:51 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-01-02 | 02:02 - 20:47 | 11:24 | 13:12 - 03:53 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-01-09 | 01:34 - 20:19 | 10:57 | 13:18 - 03:53 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-01-16 | 01:07 - 19:52 | 10:29 | 13:26 - 03:51 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-01-23 | 00:39 - 19:24 | 10:02 | 13:34 - 03:47 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-01-30 | 00:12 - 18:57 | 09:34 | 13:42 - 03:42 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-02-06 | 23:44 - 18:29 | 09:07 | 13:50 - 03:35 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-02-13 | 23:17 - 18:02 | 08:39 | 13:59 - 03:27 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-02-20 | 22:49 - 17:34 | 08:12 | 14:07 - 03:18 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-02-27 | 22:22 - 17:07 | 07:44 | 14:15 - 03:08 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-03-06 | 21:54 - 16:39 | 07:17 | 14:22 - 02:58 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-03-13 | 21:27 - 16:11 | 06:49 | 14:30 - 02:47 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-03-20 | 20:59 - 15:44 | 06:22 | 14:37 - 02:35 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-03-27 | 20:32 - 15:16 | 05:54 | 14:44 - 02:24 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-04-03 | 20:04 - 14:49 | 05:26 | 14:51 - 02:13 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-04-10 | 19:37 - 14:21 | 04:59 | 14:58 - 02:02 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-04-17 | 19:09 - 13:54 | 04:31 | 15:06 - 01:51 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-04-24 | 18:41 - 13:26 | 04:04 | 15:13 - 01:41 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-05-01 | 18:14 - 12:59 | 03:36 | 15:20 - 01:32 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-05-08 | 17:46 - 12:31 | 03:09 | 15:27 - 01:24 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-05-15 | 17:19 - 12:04 | 02:41 | 15:33 - 01:17 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-05-22 | 16:51 - 11:36 | 02:14 | 15:40 - 01:11 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-05-29 | 16:24 - 11:09 | 01:46 | 15:46 - 01:06 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-06-05 | 15:56 - 10:41 | 01:19 | 15:51 - 01:04 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-06-12 | 15:29 - 10:14 | 00:51 | 15:55 - 01:02 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-06-19 | 15:01 - 09:46 | 00:24 | 15:57 - 01:02 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-06-26 | 14:34 - 09:19 | 23:56 | 15:59 - 01:04 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-07-03 | 14:06 - 08:51 | 23:29 | 15:58 - 01:07 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-07-10 | 13:39 - 08:24 | 23:01 | 15:57 - 01:11 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-07-17 | 13:11 - 07:56 | 22:34 | 15:53 - 01:16 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-07-24 | 12:44 - 07:29 | 22:06 | 15:48 - 01:22 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-07-31 | 12:16 - 07:01 | 21:39 | 15:42 - 01:28 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-08-07 | 11:49 - 06:33 | 21:11 | 15:34 - 01:35 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-08-14 | 11:21 - 06:06 | 20:44 | 15:26 - 01:41 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-08-21 | 10:54 - 05:38 | 20:16 | 15:16 - 01:48 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-08-28 | 10:26 - 05:11 | 19:48 | 15:06 - 01:55 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-09-04 | 09:59 - 04:43 | 19:21 | 14:55 - 02:01 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-09-11 | 09:31 - 04:16 | 18:53 | 14:43 - 02:08 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-09-18 | 09:03 - 03:48 | 18:26 | 14:32 - 02:14 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-09-25 | 08:36 - 03:21 | 17:58 | 14:20 - 02:21 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-10-02 | 08:08 - 02:53 | 17:31 | 14:09 - 02:28 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-10-09 | 07:41 - 02:26 | 17:03 | 13:58 - 02:35 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-10-16 | 07:13 - 01:58 | 16:36 | 13:47 - 02:42 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-10-23 | 06:46 - 01:31 | 16:08 | 13:37 - 02:49 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||
| 2027-10-30 | 06:18 - 01:03 | 15:41 | 13:28 - 02:57 | RA: 21h 41m 44s", Dec: 42° 50' 30s @ Schwan | |||||