A circumpolar star never sets below your horizon.
All stars are circumpolar
Circumpolar motion refers to the motion of the stars relative to the viewer in a particular spot. Stars that are said to be circumpolar never cross the horizon as they cross the sky for the viewer.
no they move counter clock wise
At the poles half the sky is circumpolar all the time but you only get to see the stars in winter. They seem to go round a vertical axis. In typical northern hemisphere places constellations like Ursa Minor, Draco, Cassiopeia, Perseus and Cepheus are cirumpolar. If you go to North Norway other constellations like Gemini are circumpolar. It depends on your latitude.
A circumpolar current is a type of current that can be found in the Antarctic region. A circumpolar current moves in a clockwise rotation.
All stars are circumpolar
At the equator, you will see no circumpolar stars.
Circumpolar motion refers to the motion of the stars relative to the viewer in a particular spot. Stars that are said to be circumpolar never cross the horizon as they cross the sky for the viewer.
If you were standing on the equator, how many circumpolar stars would you see?
Draco is circumpolar, meaning it never sets. It also contains many double stars.
They are always visible in the sky. (Unless it's cloudy). They don't "rise" and "set" at the latitudes where they are circumpolar.
No. The Zodiac are 12 constellations that lie in the plane of the ecliptic; circumpolar ("moving around the pole") stars are well above or below the ecliptic.
No they do not. By definition circumpolar stars do not "rise". They are above the observer's horizon at all times.
Polaris
Circumpolar stars/constellations always stay above our horizon, if they go below our horizon than they are no longer circumpolar.
For example, if you live at a latitude of 50° north, the circumpolar stars will be all stars that are up to 50° around the celestial north pole. As another example, if you live at a latitude 30° south of the equator, the circumpolar stars will be all those that are in a circle up to 30° around the celestial south pole.
At the North Pole, and at the South Pole.