This is true if you live in the northern hemisphere. You can't see the southern stars because the bulk of the Earth is in the way. Different constellations are visible in each hemisphere, a constellation in the northern sky can be difficult or impossible to see from the Southern Hemisphere of the Earth, and vice versa. The reason is that the axis of the Earth's rotation is fairly constant. In its annual journey around the Sun it generally points in the same direction; people in the northern hemisphere will generally see the same constellations year round, and the same in the southern hemisphere. Those living near the equator see some of both. The tilt of the Earth's axis also makes some constellations somewhat seasonal, because of a slight change of the viewer's angle to the night sky.
The constellations near the plane of the ecliptic (the zodiacal constellations) are only visible at certain times of the year. The constellations towards the poles (N and S) are visible at all times of the year from their respective hemispheres. In the South, the Southern Cross would be one example and in the North the Great Bear (or plough) would be another.
What constellations are circumpolar (visible all year, at any time of the night) depends on your latitude. If you are (for example) at a latitude of 50° north, then any start that is 50° or less from the sky's north pole will never go below the horizon. For a more detailed explanation, read the Wikipedia article on "Circumpolar star".
Corvus,Cancer,and Libra.
you can use google earth's google sky feature. Use google earth software to go to your current location. Next switch to google sky mode and you will see the night sky. the only downside is it doesn't compensate for time of year.
They are only points of light. The figures cultures have come up with by "connecting the dots" are only in their minds.
The inside of a planetarium is a sphere with the stars and planets projected on to it. The celestial sphere is an infinite sphere that we imagine has the stars and planets on it. On the celestial sphere only an object's direction matters and its distance is ignored. A viewer at the centre of the planetarium sees stars and planets as they appear in the sky, but viewers in all the seats see approximately the right view.
The Earth is a sphere. An observer looking up can only see the stars on their side of the planet. As the Earth rotates, it exposes the observer to the other stars visible to their hemisphere. Simply put, the earth gets in the way. If the earth were to disappear and you were floating in space, you could freely look around at the celestial sphere and observe the constellations. The number of constellations visible would be limited only by the range of your vision, which still would be insufficient to see in every direction simultaneously.
Seasonal constellations are visible only at certain times of the year due to Earth's orbit around the Sun, while circumpolar constellations are visible year-round from a specific location near the poles due to their proximity to the celestial pole. Seasonal constellations rise and set, while circumpolar constellations appear to constantly circle the celestial pole without rising or setting.
Archaic models are studied only to understand the evolution of human thought.
The region of the sky visible all year round is called "circumpolar". What stars and constellations are included there depends on your geographical location. For example, for somebody living 30 degrees south of the equator, a region around the south pole of the sky, with a radius of 30 degrees, would be circumpolar.
(circumpolar - our view of the constellation on Earth) Constellations are circumpolar because they are only how we view them on Earth. The constellations would be different on another planet or at another viewing point. They are circumpolar since they are at different distances in relation to each other and to the Earth.
To see both the north celestial pole and the south celestial pole at the same time a person would need to standing at the equator. The atmospheric haze may interfere near the horizon may obstruct the view.
Ursa Minor, along with other circumpolar constellations, is visible year-round due to its position near the North Celestial Pole, allowing it to remain above the horizon throughout the year. In contrast, many constellations are seasonal; their visibility changes with the Earth's orbit around the Sun, causing them to rise and set at different times of the year. This means that some constellations may only be seen during specific seasons, depending on the observer's location. This cyclical visibility is influenced by the tilt of the Earth's axis and its orbital path.
Atlas was born in Greece. He was NOT a god, he was a titan. He sided with the Titans in the war of the Titans and Gods. He was only there to hold up the heavens and the celestial sphere.
The constellations near the plane of the ecliptic (the zodiacal constellations) are only visible at certain times of the year. The constellations towards the poles (N and S) are visible at all times of the year from their respective hemispheres. In the South, the Southern Cross would be one example and in the North the Great Bear (or plough) would be another.
No. Uranus also rotates clockwise as viewed from celestial north
Canis Minor has no distance, it is only an area of sky on the celestial sphere. The brightest star is Procyon, Alpha Canis Minoris, which is one of the nearby ones.