If you were on the Equator you would see all of them. Otherwise it depends where you live. I live in New Zealand at latitude 35° S. So I can't see any northern stars closer than 35° to the North Celestial Pole. If you live in the north at say 35°N, then you wouldn't see those stars which are closer than 35° to the South Celestial Pole.
You can't see constellations that are under the horizon.If you live (for example) 50 degrees NORTH of the equator, then all stars, constellations, or parts of constellations that are up to 50 degrees from the celestial SOUTH POLE will never come above the horizon, since in this case, the celestial south pole is always 50 degrees below the horizon for you.
If you are in the northern hemisphere you cannot see constellations that are close to the celestial South, and conversely. Also, some constellations on the celestial equator will be "behind" the sun and, until the earth's orbit brings it to the correct side of the sun, those constellations will not be visible either.
Earth revolves around the sun. That is why the constellations we see from Earth appear to change.
There is one zodiac constellation that is not included in the traditional zodiac calendar. That constellation is Ophiuchus, and it lies between Scorpius and Sagittarius. This means there are 13 zodiac constellations. Constellations cannot be "hidden," so to speak. They are a fabrication of the human mind and would not exist elsewhere in the universe as we see them on Earth. Currently, we have 88 constellations (some of which are Northern hemisphere constellations, others of which are Southern hemisphere constellations) and their boundaries (constellations are not just the stars that make up a shape, but every celestial object in a defined region in the sky) fill the entire sky.
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There are many popular constellations that are visible from Canada. Popular constellations include the big and little dipper for example.
there are 88 constellations. you can see them all in a year on the equator. most of them are from Greek mythology. Whenever a new star is discovered, it is added to the constellation it is nearest to.
Yes...all the constellations that we know about do have mythical tales. But the universe is made of millions of constellations. Most of these, we cannot even reach or see. But yes the ones that you see on a clear night do.
Constellations are patterns of stars, so stars cannot be constellations.
No. As we orbit the Sun different constellations become visible, but we can only see them when it is dark. Constellations are in the sky during daylight, but the Sun is so bright, we cannot see them. A few months after that, they start to be visible in the evenings and soon at night, by which time other constellations are in daylight and cannot be seen. You will see any constellation at the same time of year, every year. So the constellations you see in the night sky tonight are the same as the ones you will see on this date in any other year. The only thing that will differ is where the Moon and planets are.
All the constellations that we see, and there are 88 of them, are all in our galaxy, the Milky Way.
Almost all of them.
There are no constellations in our solar system. All constellations you see are outside our solar system.
You cannot see the same constellations or various constellations due to the rotation of the Earth and your position on it. So, someone in China won't be seeing the same stars you will tonight, but you won't be seeing the stars you looked at tonight a week from now.
Constellations are not real, they are merely patterns of stars we see from our point of view. All of the constellations we see are part of the Milky way Galaxy and so are 10 billion other stars we can't see with the naked eye.
From all the planets in the solar system one can see the same constellations, because the distances to the stars are so great.
No, but the people who live in them can, if they want to.
Yes. All the stars you see in the sky are in the Milky Way.
You can see lots of constellations in August. You can see constellations in every month of the year.