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45069 |
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Date: November 13, 2020 at 20:10:35
From: Eve, [DNS_Address]
Subject: The Mars Apparition of 2019-2021 |
URL: Path of Mars from May 2020 to March 2021 (sky map visual, full screen) |
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--excerpt from the 2020 portion at link:
https://nakedeyeplanets.com/mars.htm
Mars continues its retrograde motion through South-eastern Pisces. On October 19th the planet passes Revati again, on this occasion passing 2°.5 South of the star, i.e. 1°.4 closer than its previous passage of this star in early August. The planet then passes 3º.1 South of Greek lower-case letter 'epsilon' Psc on October 30th, a full 2° closer than its previous passage in late July.
On November 16th Mars' retrograde motion ceases when it reaches its Western stationary point, at which time the planet appears to form a near-equilateral triangle with the stars Greek lower-case letter 'epsilon' Psc (3º.1 to the North-east) and Greek lower- case letter 'delta' Psc (3º.0 to the North-west). Mars moves slowly Northwards against the background stars for a few days before turning direct once more and heading back towards the ENE.
Mars crosses to the North of the ecliptic on December 2nd. The planet's ecliptic crossing at this point - only 50 days after opposition - is significant because it affects the shape of the path described by the planet against the background stars during this period. If a superior planet crosses the ecliptic close to the time of its opposition to the Sun, its apparent path will not be a loop (as in the majority of planetary oppositions) but a zig-zag (i.e. 'Z' or 'S'-shaped'). The zig-zag is Northward-facing ('Z') when the planet crosses the ecliptic Northwards and Southward- facing ('A backwards letter ' Z'') when crossing it Southwards (for more information on the loops and zig-zags described by the planets in the night sky, see the Planet Movements page).
https://nakedeyeplanets.com/mars.htm
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Responses:
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45070 |
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Date: November 13, 2020 at 22:35:23
From: Eve, [DNS_Address]
Subject: Re: The Mars Apparition of 2019-2021 - Stationary (direct) Nov. 16 |
URL: https://en.wikipedia.org/wiki/Apparent_retrograde_motion |
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(from earth point of view)
another source...
Mars stationary (direct) Nov. 16, 2020
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