If you spend any time outside at night looking at the stars, you may have noticed
that they're constantly moving. The Big Dipper turns completely around the Pole Star
every day, almost like the hand of a huge clock. So, if you pick any star at all in the sky,
except for the Pole Star itself, the altitude and azimuth of any star you pick are constantly
changing.
There are a number of ways to describe locations or positions. One of these is to describe the direction toward an object in degrees; this is the "azimuth". For objects in the sky, we must also know the angular elevation above the horizon, or "altitude angle". This is usually shortened to "altitude". By specifying the azimuth angle and altitude angle, we can describe precisely the direction of any object in the sky.
The pointer stars in the Big Dipper point towards the North Star, also known as Polaris. Polaris is located directly above the North Pole and remains nearly stationary in the sky. This makes it a useful navigational tool for finding north.
The constellation Perseus is not considered a pointer constellation. Pointer constellations, like the Big Dipper and Cassiopeia, help locate other stars or constellations in the night sky. In contrast, Perseus is primarily known for its own notable features, such as the Andromeda Galaxy and the variable star Algol, rather than guiding observers to other stars.
To find Polaris in the night sky, locate the Big Dipper constellation first. Follow the two outer stars of the Big Dipper's bowl to find Polaris, which is the brightest star in the Little Dipper constellation. Polaris is also known as the North Star because it is located almost directly above the North Pole.
The Big Dipper can be used to locate other constellations in the night sky. By following the curve of the handle, you can "arc to Arcturus" in the constellation Bootes. Additionally, you can use the two pointer stars at the end of the Big Dipper's bowl to find Polaris in the constellation Ursa Minor (Little Dipper).
The Big Dipper is one of the most recognizable groups of stars in the sky. The pointer stars in the bowl of the dipper point toward the North Star.
YES. Ursa Major also contains the big dipper (which is not a constellation, it is an asterism) and the pointer stars are located in the handle of the big dipper.
The North Star Tail stars
polaris
Merak and Dubhe.
It is the last star at the tip of the handle of the Little Dipper. The Big Dipper's first two bowl stars (often called the pointer stars) point towards Polaris, but Polaris is not in the Big Dipper.
There are a number of ways to describe locations or positions. One of these is to describe the direction toward an object in degrees; this is the "azimuth". For objects in the sky, we must also know the angular elevation above the horizon, or "altitude angle". This is usually shortened to "altitude". By specifying the azimuth angle and altitude angle, we can describe precisely the direction of any object in the sky.
The Big Dipper, or Ursa Major has two stars (sometimes called the pointer stars) which line up directly with Polaris. Those two stars, at the "lip" edge of the Big Dipper, are Dubhe and Merak. Merak is at the "bottom" of the Big Dipper, and Dubhe is right at the "lip".
The pointer stars in the Big Dipper point towards the North Star, also known as Polaris. Polaris is located directly above the North Pole and remains nearly stationary in the sky. This makes it a useful navigational tool for finding north.
The question is vague. There are many stars called "pointer" stars. For example, two of the stars in Ursa Major lie along a line that passes very near Polaris. A completely different set of stars in Ursa Major form an arc that passes near Regulus. There are plenty of other such astronomical coincidences.
Ursa Major is the constellation. The 2 stars in the bowl of the dipper point to Polaris. Polaris IS the North Star.
Defining a stars location is done with a coordinate system just as one would use a X & Y system for graphing. Locating a star involves what compass direction the star can be found (azimuth) and how high above the visible horizon (altitude).