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- November 2152
Astrological calendar – November 2152
Astrological calendar for November 2152: planetary ingresses, stations, lunations and exact major aspects in the geocentric tropical zodiac.
| Date | Time | Event | Type | Position |
|---|---|---|---|---|
| 09:36 | Sun Neptune | Sextile 60° | ♏︎ 08°25′ / ♑︎ 08°25′ | |
| 1. Wed | 16:43 | Sun Saturn | Square 90° | ♏︎ 09°43′ / ♌︎ 09°43′ |
| 2. Thu | 04:34 | Venus Pluto | Opposition 180° | ♐︎ 24°56′ / ♊︎ 24°56′ R |
| 4. Sat | 03:50 | First Quarter | ♒︎ 12°11′ | |
| 16:36 | Sun Jupiter | Trine 120° | ♏︎ 12°43′ / ♓︎ 12°43′ R | |
| 5. Sun | 08:51 | Mercury Pluto | Trine 120° | ♎︎ 24°53′ / ♊︎ 24°53′ R |
| 6. Mon | 15:59 | Venus → Capricorn | Sign ingress | ♑︎ 00°00′ |
| 7. Tue | 08:44 | Jupiter D | Stations direct | ♓︎ 12°42′ |
| 9. Thu | 09:52 | Mercury → Scorpio | Sign ingress | ♏︎ 00°00′ |
| 12. Sun | 08:22 | Full Moon | Lunar eclipse | ♉︎ 20°24′ |
| 14. Tue | 13:09 | Venus Neptune | Conjunction 0° | ♑︎ 08°47′ / ♑︎ 08°47′ |
| 15. Wed | 09:06 | Mercury Neptune | Sextile 60° | ♏︎ 08°48′ / ♑︎ 08°48′ |
| 16. Thu | 00:20 | Mars Pluto | Sextile 60° | ♌︎ 24°43′ / ♊︎ 24°43′ R |
| 04:11 | Mercury Saturn | Square 90° | ♏︎ 10°02′ / ♌︎ 10°02′ | |
| 17. Fri | 03:28 | Sun Mars | Square 90° | ♏︎ 25°13′ / ♌︎ 25°13′ |
| 07:57 | Mercury Venus | Sextile 60° | ♏︎ 11°50′ / ♑︎ 11°50′ | |
| 18. Sat | 00:07 | Mercury Jupiter | Trine 120° | ♏︎ 12°54′ / ♓︎ 12°54′ |
| 07:23 | Venus Jupiter | Sextile 60° | ♑︎ 12°54′ / ♓︎ 12°54′ | |
| 19. Sun | 18:57 | Last Quarter | ♌︎ 27°53′ | |
| 20. Mon | 19:03 | Saturn R | Stations retrograde | ♌︎ 10°03′ |
| 21. Tue | 21:09 | Sun → Sagittarius | Sign ingress | ♐︎ 00°00′ |
| 26. Sun | 11:55 | New Moon | Solar eclipse | ♐︎ 04°39′ |
| 28. Tue | 18:04 | Mercury Mars | Square 90° | ♏︎ 29°54′ / ♌︎ 29°54′ |
| 19:30 | Mercury → Sagittarius | Sign ingress | ♐︎ 00°00′ | |
| 29. Wed | 00:10 | Mars → Virgo | Sign ingress | ♍︎ 00°00′ |
| 17:22 | Sun Saturn | Trine 120° | ♐︎ 09°57′ / ♌︎ 09°57′ R |
There are no events in this period.
Times are in UTC.
Eclipses are identified by proximity to the lunar node; their type and local visibility are not calculated.