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The Moon and Mars will share the identical proper ascension, with the Moon passing 54′ to the north of Mars. The Moon might be 17 days previous.
At across the identical time, the 2 objects can even make a detailed method, technically known as an appulse.
From Los Angeles , the pair might be seen within the morning sky, changing into accessible round 20:14, once they attain an altitude of seven° above your japanese horizon. They are going to then attain their highest level within the sky at 02:35, 78° above your southern horizon. They are going to be misplaced to daybreak twilight round 06:32, 36° above your western horizon.
The Moon might be at magazine -12.6, and Mars at magazine -0.9, each within the constellation Most cancers.
The pair might be a bit too extensively separated to suit comfortably inside the
subject of view of a telescope, however might be seen
to the bare eye or
by means of a pair of binoculars.
A graph of the angular separation between the Moon and
Mars across the time of closest method is
obtainable right here.
The positions of the 2 objects in the meanwhile of conjunction might be as follows:
Object | Proper Ascension | Declination | Constellation | Magnitude | Angular Dimension |
The Moon | 08h32m30s | 23°10’N | Most cancers | -12.6 | 31’03″3 |
Mars | 08h32m30s | 22°16’N | Most cancers | -0.9 | 13″2 |
The coordinates above are given in J2000.0.
The pair might be at an angular separation of
141° from the Solar, which is in Sagittarius at
this time of yr.
The sky
on 18 Dec 2024
Supply
The circumstances of this occasion have been computed utilizing the DE430 planetary ephemeris printed by the Jet Propulsion Laboratory (JPL).
This occasion was mechanically generated by looking the ephemeris for planetary alignments that are of curiosity to newbie astronomers, and the textual content above was generated primarily based on an estimate of your location.
Associated information
Picture credit score
The Moon along side Venus and Jupiter, with the Very Giant Telescope within the foreground. Picture © Y. Beletsky, ESO, 2009.
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