As an observer moves away from the equator, towards the north or south pole, there are more constellations that the rotation of the earth does not ever block from his or her view throughout one full rotation.
Circumpolar Constellations are those that appear to circle the North Star, Polaris. Polaris' place in the sky changes based on the viewers latitude. The closer you get to the North Pole, the higher in the sky Polaris appears, and therefore the more constellations appear to spin around Polaris.
A circumpolar star is a star that, due to its position relative to the Earth's celestial poles, never sets below the horizon for observers at certain latitudes. In the Northern Hemisphere, stars like Polaris remain visible all night throughout the year, while in the Southern Hemisphere, stars such as Alpha Centauri can be circumpolar. The exact stars that are circumpolar depend on the observer's latitude; the closer one is to the poles, the more stars can be seen as circumpolar.
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Consellations do not affect seasons - they are too far away. However, they depend on where the earth is in its orbit around the sun and so depend on the season.
Yes - EVERYTHING in the sky rises and sets, because Earth rotates on it's axis.
Circumpolar Constellations are those that appear to circle the North Star, Polaris. Polaris' place in the sky changes based on the viewers latitude. The closer you get to the North Pole, the higher in the sky Polaris appears, and therefore the more constellations appear to spin around Polaris.
A circumpolar star is a star that, due to its position relative to the Earth's celestial poles, never sets below the horizon for observers at certain latitudes. In the Northern Hemisphere, stars like Polaris remain visible all night throughout the year, while in the Southern Hemisphere, stars such as Alpha Centauri can be circumpolar. The exact stars that are circumpolar depend on the observer's latitude; the closer one is to the poles, the more stars can be seen as circumpolar.
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There are many constellations visible in the night sky in the southern hemisphere. What you see will ultimately depend upon your location and the season. Those that are southern circumpolar constellations can be seen all year round. Southern Circumpolar Constellations: Apus, Chamaeleon, Circinus, Crux, Dorado, Hydrus, Mensa, Musca, Norma, Octans, Pavo, Triangulum Australe, Tucana, Volans
There are dozens, but it would depend on where you live. For example, if you live in the Arctic or Antarctic, you can't see ANY stars at midsummer, when the Sun is up all the time.
Those that are always above the horizon (circumpolar), those that are sometimes above and sometimes below the horizon, and those that are never above the horizon. How much of the sky is in each group will depend on your geographic latitude.
No, the stars visible in the night sky change based on the Earth's rotation and its orbit around the Sun. The stars visible from a specific location depend on the time of year and the latitude of the observer. Some stars are circumpolar and are always visible in certain locations, while others may only be visible at certain times of the year.
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.
Yes, the constellations visible in the night sky can change depending on your location on Earth. This is because the Earth's rotation causes the stars to appear to move across the sky, making different constellations visible at different times and in different locations. The constellations that are visible also change depending on the time of year due to the Earth's orbit around the Sun.
Cassiopeia can be seen from locations around the world within the latitudes of approximately +90° to -20°. The constellation is best visible in the Northern Hemisphere, appearing circumpolar from latitudes above +20°N. The exact longitude for viewing Cassiopeia will depend on local horizon obstructions and light pollution.
because it does
The apparent motion of an object can vary depending on the motion of the observer. This is due to the concept of relative motion, where the perception of an object's movement is influenced by the observer's own motion. For example, if the observer is moving towards an object, the object may appear to move faster than if the observer is stationary.