They are like any of the other stars, and they will run out of fuel eventually. Many of them may have already burned out, but light evidence of the events has not yet reached us.
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They all will, eventually. But the lifespans of stars are generally longer than the lifespans of entire species. The only major "constellation star" that might possibly "burn out" in our lifetimes is the red giant star Betelgeuse, at the shoulder of Orion. Betelgeuse is a relatively old star; about 10 million years old, which is very short for a star, but the bigger the star, the faster it burns out. Astronomers expect Betelgeuse to explode in a titanic supernova explosion "real soon now" on an astronomical time frame - which means any time between "now!" and about 100,000 years from now.
Fortunately, Betelgeuse is about 800 light-years away, so when explodes the Earth will be in no danger. But it ought to be a spectacular sight, shining as brightly as the full moon does!
This is not a question. There are hundreds of stars in the Universe. Some stars even form many constellations.
Constellations do not orbit planets. Constellations are apparent groupings of stars as seen from Earth, and they are fixed in their position relative to each other. They appear to move across the sky due to the Earth's rotation.
Astronomers label stars within constellations using Greek letters, such as Alpha, Beta, Gamma, etc., in order of their brightness within the constellation. For example, the brightest star in Orion is labeled Alpha Orionis, or Betelgeuse.
Not directly. The ancient people who made up the constellations named them for the vague shapes that they thought they saw in the patterns.
If you are standing at the North Pole, the constellations will appear to rotate counterclockwise around the North Star (Polaris). This is because the North Star is directly above the North Pole, and as the Earth rotates on its axis, the stars appear to move in circles around it.
None. Many stars make up constellations.
This is not a question. There are hundreds of stars in the Universe. Some stars even form many constellations.
Neither is a star. Both are constellations.
Pointer Stars are stars that are used to pinpoint other areas in the sky, such as constellations.
it is called an star chart
Yes we do, we all see the same star every night. But if you are in a certain spot you can see the constellations. Not all can see the constellations. If you can you are very lucky.
No, constellations do not change shape. They are patterns of stars in the sky that have been identified and named by astronomers. However, the positions of the stars in the sky may change over time due to the Earth's rotation and orbit around the Sun, but the overall shape of the constellation remains the same.
Constellations do not orbit planets. Constellations are apparent groupings of stars as seen from Earth, and they are fixed in their position relative to each other. They appear to move across the sky due to the Earth's rotation.
There are constellations, groups of stars or star clusters that look like an animal/person/thing.
The size of stars depends on their mass and the stage of their life cycle. Constellations are just stars which happen to lie in the same general direction from Earth, and have nothing really to do with each other. Apparent brightess of a star or galaxy is the result of its intrinsic brightness and its distance from us.
Keep in mind that not all stars are named, but rather constellations and star orientations. Some are derived from Latin terms, and the constellations usually have some allusional relation to fables or tales (Orion's Belt, Dipper, etc.) The North Star, the brightest star seen to the north. Yeah.
No. Constellations are just patterns in the sky that we identify. The stars in them have no real connection to each other and are at varying distances from us.