Rise and set ☿ Mercury at november 2024
The rise and set above the terrestrial horizon, as well as the horizon of any other planet, is determined by its rotation around its axis. The obvious fact of the daily rise and set, visually tells us about this. Similarly, there are other sunrises and sunsets on the horizon of the Earth. Everything depends on their position on the celestial sphere. On the question, what is rise and set ☿ Mercury, you can answer like this. Rise ☿ Mercury is the appearance of ☿ Mercury above the horizon at the place of observation as a result of the rotation of the Earth around its axis, entering ☿ Mercury is the disappearance of ☿ Mercury beyond the horizon at the place of observation as a result of the rotation of the Earth around its axis.
date | rise ☿ Mercury | set ☿ Mercury | longitude of the day |
01 fr | 01-11-2024 09:42:17 | 01-11-2024 17:10:49 | 07 hour 28 min. 32 sec. |
02 sa | 02-11-2024 09:47:23 | 02-11-2024 17:09:31 | 07 hour 22 min. 08 sec. |
03 su | 03-11-2024 09:52:21 | 03-11-2024 17:08:18 | 07 hour 15 min. 57 sec. |
04 mo | 04-11-2024 09:57:11 | 04-11-2024 17:07:10 | 07 hour 09 min. 59 sec. |
05 tu | 05-11-2024 10:01:52 | 05-11-2024 17:06:08 | 07 hour 04 min. 16 sec. |
06 we | 06-11-2024 10:06:22 | 06-11-2024 17:05:11 | 06 hour 58 min. 49 sec. |
07 th | 07-11-2024 10:10:41 | 07-11-2024 17:04:19 | 06 hour 53 min. 38 sec. |
08 fr | 08-11-2024 10:14:47 | 08-11-2024 17:03:33 | 06 hour 48 min. 46 sec. |
09 sa | 09-11-2024 10:18:39 | 09-11-2024 17:02:53 | 06 hour 44 min. 14 sec. |
10 su | 10-11-2024 10:22:16 | 10-11-2024 17:02:18 | 06 hour 40 min. 02 sec. |
11 mo | 11-11-2024 10:25:36 | 11-11-2024 17:01:48 | 06 hour 36 min. 12 sec. |
12 tu | 12-11-2024 10:28:38 | 12-11-2024 17:01:23 | 06 hour 32 min. 45 sec. |
13 we | 13-11-2024 10:31:20 | 13-11-2024 17:01:02 | 06 hour 29 min. 42 sec. |
14 th | 14-11-2024 10:33:39 | 14-11-2024 17:00:45 | 06 hour 27 min. 06 sec. |
15 fr | 15-11-2024 10:35:35 | 15-11-2024 17:00:30 | 06 hour 24 min. 55 sec. |
16 sa | 16-11-2024 10:37:04 | 16-11-2024 17:00:16 | 06 hour 23 min. 12 sec. |
17 su | 17-11-2024 10:38:05 | 17-11-2024 17:00:03 | 06 hour 21 min. 58 sec. |
18 mo | 18-11-2024 10:38:35 | 18-11-2024 16:59:48 | 06 hour 21 min. 13 sec. |
19 tu | 19-11-2024 10:38:31 | 19-11-2024 16:59:30 | 06 hour 20 min. 59 sec. |
20 we | 20-11-2024 10:37:51 | 20-11-2024 16:59:06 | 06 hour 21 min. 15 sec. |
21 th | 21-11-2024 10:36:31 | 21-11-2024 16:58:34 | 06 hour 22 min. 03 sec. |
22 fr | 22-11-2024 10:34:28 | 22-11-2024 16:57:51 | 06 hour 23 min. 23 sec. |
23 sa | 23-11-2024 10:31:39 | 23-11-2024 16:56:54 | 06 hour 25 min. 15 sec. |
24 su | 24-11-2024 10:27:59 | 24-11-2024 16:55:40 | 06 hour 27 min. 41 sec. |
25 mo | 25-11-2024 10:23:27 | 25-11-2024 16:54:06 | 06 hour 30 min. 39 sec. |
26 tu | 26-11-2024 10:17:58 | 26-11-2024 16:52:09 | 06 hour 34 min. 11 sec. |
27 we | 27-11-2024 10:11:29 | 27-11-2024 16:49:45 | 06 hour 38 min. 16 sec. |
28 th | 28-11-2024 10:03:58 | 28-11-2024 16:46:53 | 06 hour 42 min. 55 sec. |
29 fr | 29-11-2024 09:55:24 | 29-11-2024 16:43:32 | 06 hour 48 min. 08 sec. |
30 sa | 30-11-2024 09:45:48 | 30-11-2024 16:39:40 | 06 hour 53 min. 52 sec. |
The current position of the planets
This astrological service allows you to calculate the current position of the planets of the solar system. Go
Calendar of retrograde planets
Retrograde motion of planets is the visible reverse motion of the planet when viewed from the Earth. Go
Solar eclipses
The astronomical phenomenon, which consists in the fact that the Moon eclipses the Sun from the observer on Earth. Go
Lunar eclipses
Lunar eclipses occur when the natural satellite of the Earth - the Moon appears in the shadow of our planet. Go
The day of equinox and solstice 2024
The astronomical seasons do not coincide with the calendar and are replaced in the days of the solstice and equinox. Go