There are several constellations that are above the horizon in Dayton year round. Among these are Ursa Major, Ursa Minor, Cancer and Virgo.
The star is considered rising. Also, it is setting when it is the opposite (moving from above the horizon to below.)
Circumpolar stars/constellations always stay above our horizon, if they go below our horizon than they are no longer circumpolar.
latitude of the observer
43 degrees
No. The Sun is always above the horizon somewhere in the Southern hemisphere just as it always is above the horizon somewhere in the Northern hemisphere. About half of each hemisphere is illuminated at every instant (well more of the Southern hemisphere is illuminated from the end of September to the end of March and more of the Northern hemisphere during the other half year).
"Circumpolar" means it is always above the horizon.
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.
Taweret was seen as being the northern sky, the constellation roughly covering the area of present-day Draco, which always lies above the horizon.
It is in the constellation of Ursa Minor, and is found by looking North from any point in the northern hemisphere, and its height above the horizon is 90 degrees minus your latitude. So if you are at 50 degree north, it would be 40 degrees high, always in the north.
It is in the constellation of Ursa Minor, and is found by looking North from any point in the northern hemisphere, and its height above the horizon is 90 degrees minus your latitude. So if you are at 50 degree north, it would be 40 degrees high, always in the north.
The star is considered rising. Also, it is setting when it is the opposite (moving from above the horizon to below.)
top horizon
Seattle's latitude is about 47.6 degrees North. So the altitude of Polaris above the northern horizon is always within about 1/3 degree of that angle as seen from there.
Always above the horizon at your latitude. In the northern hemisphere this will be the northern horizon and the reverse for the southern hemisphere.
Circumpolar stars/constellations always stay above our horizon, if they go below our horizon than they are no longer circumpolar.
latitude of the observer
In the northern hemisphere it is above the horizon or we wouldn't see it.