because stars dont move
The stars in a constellation are roughly in the same direction, from our point of view, if that's what you mean.
A constellation is basically a general direction in space. It doesn't have a definite distance. Different stars in a constellation are at different distances. The closest star from Earth happens to be in the Centaurus constellation, at a distance of about 4.2 light-years. But please note that other stars in the same constellation are much, much farther from us.A constellation is basically a general direction in space. It doesn't have a definite distance. Different stars in a constellation are at different distances. The closest star from Earth happens to be in the Centaurus constellation, at a distance of about 4.2 light-years. But please note that other stars in the same constellation are much, much farther from us.A constellation is basically a general direction in space. It doesn't have a definite distance. Different stars in a constellation are at different distances. The closest star from Earth happens to be in the Centaurus constellation, at a distance of about 4.2 light-years. But please note that other stars in the same constellation are much, much farther from us.A constellation is basically a general direction in space. It doesn't have a definite distance. Different stars in a constellation are at different distances. The closest star from Earth happens to be in the Centaurus constellation, at a distance of about 4.2 light-years. But please note that other stars in the same constellation are much, much farther from us.
No, Aldebaran and Pollux are different stars. Aldebaran is a red giant star located in the Taurus constellation, while Pollux is a giant star in the Gemini constellation. They can be seen in the night sky as bright objects, but they are distinct celestial bodies with different characteristics.
No, the constellation Phoenix and the constellation Aquarius are two separate constellations in the night sky. They are different groupings of stars with distinct shapes and mythological backgrounds. Phoenix is named after the mythological bird, while Aquarius is named after the water bearer.
the same
Places that are along the same longitude, due South/North of each other will have the same time. Places that are East/west of each other will have different times.
Dinosaurs lived before the continents separated from each other. Dinosaurs lived over wide areas in different places.
The Orion telescopes are named after the constellation with the same name, the Orion constellation. The Orion constellation is named after the hunter in Greek mythology also with the same name, Orion.
Two places in different hemispheres can have the same time if they are both in the same time zone. Time zones are defined by a range of longitudes, so places within that range will have the same time despite being in different hemispheres.
No. Each constellation keeps the same apparent 'shape', each of its stars maintains the same apparent brightness, and it appears in the same part of the sky. It simply keeps a different schedule at different times of the year, rising and setting at different hours in different months. Also, there may be a small part of the year when the sun is also up during the same hours that the constellation is up, and it's not visible at all for that reason.
Any constellation is a group of stars that appear to form some kind of pattern, but have no connection with each other. They all happen to be in roughly the same direction from us, but they're all at different distances. So there's no such thing as a constellation's distance from us.
both are places,