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* Andromeda (8 facts) (Princess of Ethiopia, Chained Lady, And)
* Aquila (8 facts) (Eagle, Aql)
* Ara (7 facts) (Altar, Ara)
* Auriga (8 facts) (Charioteer, Aur)
* Boötes (10 facts) (Herdsman, Bear Driver, Bear Hunter)
* Camelopardalis (6 facts) (Giraffe, Cam)
* Canes Venatici (9 facts) (Hunting Dogs, CVn)
* Canis Major (7 facts) (Big Dog, CMa)
* Canis Minor (6 facts) (Little Dog, CMi)
* Cassiopeia (9 facts) (Andromeda's Mother, Queen of Ethiopia, Cas)
* Centaurus (6 facts) (Centaur, Cen)
* Cepheus (7 facts) (King of Ethiopia, Andromeda's Father, Cep)
* Cetus (8 facts) (Sea Monster, Jonah's Whale, Cet)
* Coma Berenices (7 facts) (Berenice's Hair, Com)
* constellation formerly part of Argo Navis (5 kinds, 33 facts) - a constellation created by the international astronomical union by breaking up the constellation Argo Navis
* constellation named by Bayer (11 kinds, 82 facts) - a constellation named by Johann Bayer the author of the Uranometria star atlas 1607
* constellation named by de Lacaille (15 kinds, 95 facts) - a constellation named by Abbé Nicolas Louis de Lacaille
* Corona Australis (6 facts) (Southern Crown, CrA)
* Corona Borealis (6 facts) (Northern Crown, CrB)
* Corvus (6 facts) (Crow, Crv)
* Crater (6 facts) (Cup, Crt)
* Crux (6 facts) (Southern Cross, Cru)
* Cygnus (7 facts) (Swan, Northern Cross, Cyg)
* Delphinus (6 facts) (Dolphin, Del)
* Draco (6 facts) (Dragon, Dra)
* Equuleus (6 facts) (Little Horse, Equ)
* Eridanus (6 facts) (River Eridanus, Eri)
* Hercules (6 facts) (Her)
* Hydra (6 facts) (Water Monster, Serpent of Lerna, Hya)
* Lacerta (5 facts) (Lizard, Lac)
* Leo Minor (5 facts) (Little Lion, LMi)
* Lepus (7 facts) (Hare, Lep)
* Lupus (5 facts) (Wolf, Lup)
* Lynx (6 facts) (Lynx, Lyn)
* Lyra (7 facts) (Lyre, Lyr)
* Monoceros (5 facts) (Unicorn, Mon)
* Orion (8 facts) (Hunter, Ori)
* Pegasus (7 facts) (Winged Horse, Peg)
* Perseus (8 facts) (Hero, Per)
* Pisces Australis (5 facts) (Southern Fish, PsA)
* Sagitta (6 facts) (Arrow, Sge)
* Scutum (7 facts) (Shield, Sct)
* Serpens (5 facts) (Serpent, Ser)
* Sextans (5 facts) (Sextant, Sex)
* Triangulum (6 facts) (Triangle, Tri)
* Ursa Major (8 facts) (Great Bear, Big Dipper, UMa)
* Ursa Minor (7 facts) (Little Bear, Little Dipper, UMi)
* Vulpecula (7 facts) (Little Fox, Vul)
* zodiacal constellation (13 kinds, 95 facts) - a constellation within the Zodiac region, each is a sign of the zodiac except for Ophiuchus
What else can I help you with?
Why do you see different constellations in different areas of the sky during different seasons?
You see different constellation because the constellations stay in place, but Earth moves so every season you are able to see different constellations.
Why are constellations seen at different places and time?
Constellations appear to be in different places at different times due to the Earth's rotation on its axis. As the Earth rotates, the position of the observer relative to the stars changes, causing different constellations to become visible. This is why different constellations can be seen in the night sky at different times and in different locations on Earth.
Who is the ruler of all the constellations?
There isn't a single ruler of all the constellations. Different cultures and belief systems have their own interpretations of the stars and constellations, each with their own unique stories and figures. In astrology, different constellations are associated with different zodiac signs and rulers.
How constellations different from galaxies?
Constellations are stars put together, usually to form a ancient figure in the stars, a galaxy is much different, They have planets and in galaxies you can find constellations. Big difference
What are the two different types of constellations?
Actual constellations such as Leo and asterisms such as the Big Dipper and Summer Triangle.
What are the stars that make up the constellations?
Constellations are patterns of stars that are viewed from Earth. The stars in constellations are at varying distances from us and are not physically related to each other in space. They appear to form shapes due to our perspective from Earth.
Would constellations appear different if you traveled to the nearest star?
yes constellations are relative in comparison with where you are located in the universe. depending on where you travel some constellations may stay the same while other will drastically look different.
How do constellations change?
Constellations appear to change position in the night sky due to Earth's rotation on its axis. This causes constellations to rise and set as the night progresses. Over the course of the year, the position of constellations also changes due to Earth's orbit around the Sun, causing different constellations to be visible at different times of the year.
Do you have see the same stars and constellations at different times of the year?
Yes we do, we all see the same star every night. But if you are in a certain spot you can see the constellations. Not all can see the constellations. If you can you are very lucky.
Placements of constellations during seasons?
The different seasons correspond to different constellations. As Earth orbits the sun during the year, we look out at different parts of space and see different patterns of stars as they come into view.
Why different constellations are visible at different times of the year?
Different constellations are visible at different times of the year due to the Earth's orbit around the Sun. As the Earth moves, our nighttime view of the sky changes, revealing different stars and constellations. For instance, in winter, we see constellations that are opposite the Sun in the sky, while in summer, we see those that are closer to the Sun. This shift occurs gradually throughout the year, resulting in a dynamic night sky.
Why do we see different constellations different seasons of the year?
We see different constellations in different seasons due to Earth's orbit around the Sun. As Earth moves along its elliptical path, the night side of the planet faces different portions of the sky, revealing distinct sets of stars and constellations throughout the year. This change in perspective results in a shifting view of the celestial sphere, allowing us to observe a variety of constellations as the seasons progress.
