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originally posted by: 1Providence1
On February 6th, Earth, the Sun, and the mighty planet Jupiter will align.
On this day, Jupiter will be essentially at its closest point to Earth. Rising in the East around 6:30pm, you will see a very bright, very large object move through the sky. That object, is the literal outline of the planet Jupiter. In fact, if you are in a dark enough area, you can even make out one of the dark bands on its surface.
On this occasion, Jupiter will lie at a distance of 4.35 AU, and its disk will measure 44.4 arcsec in diameter, shining at magnitude -2.6. Even at its closest approach to the Earth, however, it is not possible to distinguish it as more than a star-like point of light with the naked eye, though a good pair of binoculars are sufficient to reveal it as a disk of light with accompanying system of moons.
originally posted by: 1Providence1
For those of you with telescopes, Jupiter looks absolutely incredible! In a dark area, you can clearly see the bands, and the moons are clearly visible with a decent telescope (Callisto, Io, Ganymede, and Europa).
originally posted by: boymonkey74
a reply to: Soylent Green Is People
One thing that has always made me wonder though It appears very bright and while I have some binocs I need to save up for my first telescope will I just see a bright object in the sky? do you need a filter to tone down the brightness?.
originally posted by: boymonkey74
a reply to: Peeple
Have you posted in the wrong thread?.
Planetory alignment causes nothing....
originally posted by: boymonkey74
a reply to: Soylent Green Is People
One thing that has always made me wonder though It appears very bright and while I have some binocs I need to save up for my first telescope will I just see a bright object in the sky? do you need a filter to tone down the brightness?.