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This can also be called a planetary alignment because the planets are all aligned. If you’ve ever seen the Disney movie, Hercules , you might remember that Hades’ big bad plan all revolved ...
On Jan. 18, 2025, there will be six planets in the alignment: Mercury, Mars, Jupiter, Uranus, Neptune and Saturn. On Feb. 28, 2025, all planets will be on the same side of the sun for a great ...
Three planets constitutes a mini alignment. Four planets are a small alignment, which we saw during April 8’s eclipse. Large alignments, like the one we're seeing this June, contain five to six ...
Mars 8.7° East September 2, 2017 00:07:46 Mercury 4°06' south of Mars 10.8° West September 16, 2017 18:23:28 Mercury 3' north of Mars 16.9° West October 5, 2017 13:25:48 Venus 13' north of Mars 23.4° West October 18, 2017 14:56:38 Mercury 1°01' south of Jupiter 6.4° East November 13, 2017 06:10:03 Venus 17' north of Jupiter 13.8° West
The term is also used to describe situations when all the planets are on the same side of the Sun although they are not necessarily in a straight line, such as on March 10, 1982. [8] Apparent planetary alignment involving Mercury, Venus, Mars, and Jupiter; the Moon is also shown, as the brightest object.
A triple conjunction between Mars and Jupiter occurred. At the first conjunction on May 26, 929, Mars, whose brightness was −1.8 mag, stood 3.1 degrees south of Jupiter with a brightness of −2.6 mag. The second conjunction took place on July 4, 929, whereby Mars stood 5.7 degrees south of Jupiter. Both planets were −2.8 mag bright.
Six planets will align again on Aug. 28, Jan. 18., 2025 and Aug. 29, 2025. Seven planets will align on Feb. 28, 2025. USA TODAY's Janet Loehrke contributed to this story.
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 ...