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Triple conjunction Mars-Jupiter: 2319 Triple conjunction Mars-Saturn. 2327 June 4 At 00:45 UTC, Venus will occult Mars. [42] 2335 October 8 At 14:44 UTC, Venus will occult Jupiter. [42] 2351 April 7 At 17:15 UTC, Mercury will occult Uranus. [42] 2360 December 13 Transit of Venus 2368 December 10 Transit of Venus. 2377 January 14
The planets Venus, bottom, and Jupiter, top, light the sky above Matthews, N.C., Monday, June 29, 2015. (AP Photo/Chuck Burton) Stargazers should prepare to lose sleep on Tuesday, Aug. 12, as two ...
Jupiter 21.2° East October 28, 2006 16:32:15 Mercury 3°43' south of Jupiter 19.1° East November 7, 2006 13:36:58 Mercury 1°14' south of Venus 2.8° East November 11, 2006 17:51:38 Mercury 39' north of Mars 6.2° West November 15, 2006 22:52:15 Venus 27' south of Jupiter 4.8° East December 9, 2006 20:17:18 Mercury 1°02' north of Mars
Look up to the sky Wednesday morning and you'll see what astronomers call a planetary conjunction as Jupiter and Mars appear to be close together.
The next time a mutual planetary transit or occultation will happen (as seen from Earth) will be on 22 November 2065 at about 12:43 UTC, when Venus near superior conjunction (with an angular diameter of 10.6") will transit in front of Jupiter (with an angular diameter of 30.9"); however, this will take place only 8° west of the Sun, and will therefore not be visible to the unaided/unprotected ...
August 11: Venus conjunct Jupiter - This aspect functions as a beacon of light during an intense month. Make the best of it by spending time with your family (or chosen family); perhaps you travel ...
Jupiter and the moon will become visible shortly after nightfall, but the entire show won't be observable until after 10 p.m. local time, once Mars rises above the horizon.
If Mars is in conjunction with the Sun, there is often a triple conjunction between Mars and Mercury or between Mars and Venus. In the events in which Mercury is involved, the second conjunction is invisible because of small elongation from Sun; both other events are difficult to see because of the nearness to horizon and the relatively low brightness of Mars, which is there always near its ...