There are a myriad of constellation in the universe. There is Aries, Columba, Covus, Gemini, and Leo. There is also Libra, Pegasus, Phoenix, and Pisces.
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Andromeda,Orion,Sagittarius,Cassiopeia,Cancer,Taurus,Aquarius,Gemini,Scorpius,Leo
The fact that we orbit the sun during the course of a year. At any given part of the year, we can't see the stars that are behind the sun. Six months later, we will be able to see those stars.
it dont have a name but it is 10 billion pounds
CSM: Charlie BrownLM: Snoopy
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The Universe - 2007 Constellations 2-10 is rated/received certificates of: Australia:G
How about 10?CetusFornaxPhoenixHydrusTucana (corner)HorologiumCaelumLepusOrionTaurus
Constellations are not real, they are merely patterns of stars we see from our point of view. All of the constellations we see are part of the Milky way Galaxy and so are 10 billion other stars we can't see with the naked eye.
Andromeda,Orion,Sagittarius,Cassiopeia,Cancer,Taurus,Aquarius,Gemini,Scorpius,Leo
gradual motion of the constellations from east to west across the sky each night, resulting in different constellations being visible at 4 A.M. than at 10 P.M. on any given night.
Create the constellations for three astrological signs. For example, Virgo, Taurus, and Leo.
Because we tend to do our stargazing at roughly the same time of night whenever we go out, but the constellations move through our clock.-- Constellations within (your latitude) of the celestial pole are visible at any time on any clear night, all year around.-- And constellations farther from the pole of the sky are visible at some time of every clear night, for 9 or 10 months of the year.That is related to Earth's movement around the Sun.
Yes, I can. Andromeda Aquarius Cancer Cassiopia Centaurus Crater Cygnus Crux Dorado Pegasus Phoenix
Constellations are just regions in the sky - a general direction, so to speak. In any direction there are millions of stars. So, depending which stars you count, that is, up to what brightness limit you want to include stars, you will get more stars, or less stars.
Anywhere, except right at the equator. For example: Somebody who lives 10 degrees south of the equator will see a region with a radius of 10 degrees, around the south pole of the sky, as circumpolar.
10^29 plus 10^12. The more common name for 10^12 is a trillion. There is no common name for 10^29.