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Ephemeris for December 2070

Where the Sun, Moon and planets stood on each day of December 2070, with the sign, the degree within it and whether the planet was moving backwards. Each row is the position at 00:00 UTC.

← Nov 2070All months of 2070Jan 2071 →
Positions of the ten classical planets for each day of December 2070, at 00:00 UTC.
DaySunMoonMercuryVenusMarsJupiterSaturnUranusNeptunePluto
1 9°07′ 20°26′ 22°32′℞ 22°32′ 2°57′ 19°58′℞ 27°48′ 22°50′ 12°40′℞ 2°28′℞
2 10°08′ 2°26′ 21°48′℞ 23°48′ 3°40′ 19°56′℞ 27°54′ 22°54′ 12°38′℞ 2°28′℞
3 11°08′ 14°22′ 20°53′℞ 25°03′ 4°22′ 19°53′℞ 28°00′ 22°58′ 12°37′℞ 2°28′℞
4 12°10′ 26°15′ 19°48′℞ 26°18′ 5°05′ 19°51′℞ 28°06′ 23°01′ 12°35′℞ 2°28′℞
5 13°10′ 8°06′ 18°35′℞ 27°34′ 5°48′ 19°49′℞ 28°12′ 23°05′ 12°34′℞ 2°27′℞
6 14°11′ 19°58′ 17°17′℞ 28°49′ 6°31′ 19°47′℞ 28°18′ 23°08′ 12°32′℞ 2°27′℞
7 15°12′ 1°52′ 15°55′℞ 0°04′ 7°14′ 19°45′℞ 28°23′ 23°12′ 12°31′℞ 2°26′℞
8 16°13′ 13°51′ 14°32′℞ 1°19′ 7°57′ 19°44′℞ 28°29′ 23°16′ 12°29′℞ 2°26′℞
9 17°14′ 25°59′ 13°11′℞ 2°34′ 8°40′ 19°43′℞ 28°35′ 23°19′ 12°28′℞ 2°26′℞
10 18°15′ 8°19′ 11°55′℞ 3°49′ 9°23′ 19°41′℞ 28°40′ 23°23′ 12°26′℞ 2°26′℞
11 19°16′ 20°57′ 10°46′℞ 5°04′ 10°07′ 19°41′℞ 28°46′ 23°27′ 12°25′℞ 2°26′℞
12 20°17′ 3°57′ 9°46′℞ 6°20′ 10°50′ 19°40′℞ 28°52′ 23°31′ 12°23′℞ 2°26′℞
13 21°18′ 17°23′ 8°56′℞ 7°35′ 11°33′ 19°40′℞ 28°57′ 23°34′ 12°22′℞ 2°26′℞
14 22°19′ 1°18′ 8°17′℞ 8°50′ 12°16′ 19°40′℞ 29°02′ 23°38′ 12°20′℞ 2°26′℞
15 23°20′ 15°42′ 7°49′℞ 10°05′ 13°00′ 19°40′ 29°07′ 23°41′ 12°19′℞ 2°26′℞
16 24°21′ 0°33′ 7°32′℞ 11°20′ 13°43′ 19°40′ 29°13′ 23°45′ 12°17′℞ 2°26′℞
17 25°22′ 15°44′ 7°26′℞ 12°35′ 14°26′ 19°40′ 29°18′ 23°49′ 12°16′℞ 2°26′
18 26°23′ 1°07′ 7°31′ 13°50′ 15°10′ 19°41′ 29°23′ 23°52′ 12°14′℞ 2°26′
19 27°24′ 16°27′ 7°44′ 15°05′ 15°54′ 19°41′ 29°28′ 23°56′ 12°13′℞ 2°26′
20 28°25′ 1°35′ 8°06′ 16°20′ 16°37′ 19°43′ 29°33′ 23°59′ 12°11′℞ 2°26′
21 29°26′ 16°20′ 8°35′ 17°35′ 17°21′ 19°44′ 29°38′ 24°03′ 12°09′℞ 2°26′
22 0°27′ 0°37′ 9°12′ 18°51′ 18°05′ 19°45′ 29°43′ 24°07′ 12°08′℞ 2°26′
23 1°28′ 14°25′ 9°55′ 20°06′ 18°49′ 19°47′ 29°47′ 24°10′ 12°06′℞ 2°26′
24 2°29′ 27°44′ 10°43′ 21°21′ 19°32′ 19°49′ 29°52′ 24°14′ 12°04′℞ 2°26′
25 3°31′ 10°37′ 11°35′ 22°36′ 20°16′ 19°51′ 29°56′ 24°18′ 12°02′℞ 2°26′
26 4°32′ 23°10′ 12°33′ 23°51′ 21°00′ 19°53′ 0°01′ 24°22′ 12°01′℞ 2°26′
27 5°32′ 5°26′ 13°34′ 25°06′ 21°44′ 19°56′ 0°05′ 24°25′ 11°59′℞ 2°27′
28 6°34′ 17°31′ 14°38′ 26°21′ 22°28′ 19°58′ 0°09′ 24°29′ 11°58′℞ 2°27′
29 7°35′ 29°29′ 15°46′ 27°36′ 23°12′ 20°01′ 0°13′ 24°32′ 11°56′℞ 2°28′
30 8°36′ 11°22′ 16°55′ 28°51′ 23°56′ 20°04′ 0°17′ 24°36′ 11°54′℞ 2°28′
31 9°37′ 23°14′ 18°07′ 0°06′ 24°40′ 20°08′ 0°22′ 24°39′ 11°52′℞ 2°28′

Each cell gives the sign glyph and the degree within that sign at 00:00 UTC. ℞ marks retrograde motion. If you are comparing with a table from elsewhere, check which moment of the day it uses: the Moon covers half a degree an hour, so the same date can read differently. Columns run ☉ Sun, ☽ Moon, ☿ Mercury, ♀ Venus, ♂ Mars, ♃ Jupiter, ♄ Saturn, ♅ Uranus, ♆ Neptune, ♇ Pluto.

What changes during December 2070

  • 1 DecMoon moves into Sagittarius
  • 4 DecMoon moves into Capricorn
  • 6 DecMoon moves into Aquarius
  • 6 DecVenus moves into Capricorn
  • 9 DecMoon moves into Pisces
  • 11 DecMoon moves into Aries
  • 13 DecMoon moves into Taurus
  • 15 DecJupiter turns direct again
  • 15 DecMoon moves into Gemini
  • 17 DecPluto turns direct again
  • 17 DecMoon moves into Cancer
  • 18 DecMercury turns direct again
  • 19 DecMoon moves into Leo
  • 21 DecSun moves into Capricorn
  • 21 DecMoon moves into Virgo
  • 24 DecMoon moves into Libra
  • 25 DecSaturn moves into Scorpio
  • 26 DecMoon moves into Scorpio
  • 29 DecMoon moves into Sagittarius
  • 30 DecVenus moves into Aquarius

A planet turning is given to the nearest day. The table samples one moment each day, and a planet stands nearly still for a week either side of a station, so the hour it turns is not something a daily table can show.

This is the sky for everybody

A table says where the planets were. Where they were for you needs your own date, time and place, and that is a different calculation.

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