Here on April 22, 2009, Venus is quite near the Moon. In fact, from some observers in the western United States, Venus was actually occulted by the Moon for a short time early this morning.
http://www.spaceweather.com/archive.php?view=1&day=21&month=04&year=2009
JUPITER will be easily visible all evening and on into the early morning hours during September. By mid to late evening it will be high in southern skies. It transits, so is due north and highest, soon after 11pm on September 1, and soon after 10pm (NZDT) by the 31st. During September Jupiter will move a little further away from Neptune, due to its higher retrograde (westerly) motion. By the end of the month the two planets will be over 6.5° apart, both still in Capricornus. The nearly full Moon passes Jupiter on the night of September 2/3, with the two about 6° apart early evening and less than 4° apart about 5 am, shortly before they set. A second pass of the Moon occurs on the last evening of September when Moon and Jupiter will be 6° apart early evening. At the same time the Moon will less than 3° from Neptune. Also on September 3 there will be a short period when none of the 4 Galilean satellites of Jupiter is visible clear of the planet. Such events are quite rare. At this event Europa and Ganymede will transit across the face of Jupiter, while Io and Callisto will be behind Jupiter or eclipsed by the planet's shadow. The last satellite to disappear from view will be Ganymede which will begin to transit across the face of Jupiter at about 4.45pm, NZST (04:45 UT). The first to reappear will be Io from eclipse just after 6.25pm NZST (06:25 UT). Unfortunately for New Zealand viewers, most of this time span is before sunset. For much of NZ sunset time is close to 6 pm, ranging from 5:47pm at Gisborne to 6:19 pm at Invercargill. Some quick telescope viewing very soon after sunset will be needed to capture the event. The gradual reappearance of Io from eclipse should be detectable from most parts of NZ. It will occur between 6.28 and 6.30 pm close to Jupiter's eastern limb. http://www.rasnz.org.nz/SolarSys/Sep_09.htm Cheers! Andre mnz
Its Venus. Now is a good time to look at it if you have a telescope. With the low humidity in the upper atmosphere it will be more clear that other times of the year when it is visible.
That's the planet Venus
Jupiter
Jupitor
Jupiter
Jupiter.
You are seeing the planet Venus near the crescent moon around February 28 or March 1 2009. You know it's Venus, because it is the 3rd brightest object in the sky, after the Sun and Moon itself.
Phase of the Moon on 18 December: waxing crescent with 5% of the Moon's visible disk illuminated. Phase of the Moon on 19 December: waxing crescent with 10% of the Moon's visible disk illuminated. New Moon on 16 December 2009 at 4:03 a.m. Pacific Standard Time.
The brightest visible objects are: -- the sun -- the moon -- the planet Venus -- the planet Jupiter -- the planet Saturn -- the planet Mars -- the star Sirius
As of the end of February, 2009, the new Moon is passing by Venus, otherwise the brightest object in the western sky after sundown. (They were about 1.5 degrees apart on the evening of Feb. 27th, an event generally called a "conjunction".) Looked at another way, the Earth is the star or planet nearest to the Moon.
According to earthsky.org Jupiter is visible just above and to the left of the moon on November 28th 2012 in the north-eastern night sky.
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You are seeing the planet Venus near the crescent moon around February 28 or March 1 2009. You know it's Venus, because it is the 3rd brightest object in the sky, after the Sun and Moon itself.
On August 4, 2009, the bright star Regulus was visible next to the Moon in the evening sky. Regulus is the brightest star in the Leo constellation and can often be seen near the Moon during its monthly journey across the sky.
On 30th July 2017 the bright planet near the Moon just after sunset is Jupiter. Mercury is also visible in the lower part of the sky.
venus
Mars.
Phase of the Moon on 18 December: waxing crescent with 5% of the Moon's visible disk illuminated. Phase of the Moon on 19 December: waxing crescent with 10% of the Moon's visible disk illuminated. New Moon on 16 December 2009 at 4:03 a.m. Pacific Standard Time.
The moon orbits the Earth, so it is always visible from some point on Earth.
That depends a lot on where you live! The Moon is not visible from all places on Earth at the same time.
Mercury is the planet that most resembles the Moon in visible surface features and atmosphere. It is a grey planet that has many craters and a thin atmosphere.
Most moons do that. Earth's Moon is the most readily visible example.
Vitello is one of the craters that are visible on planet earth's moon. It is circular and situated at the Southern hemisphere of the moon.