SW?
because thats the season it comes out
It would depend on where in the world you are to determine what direction you would look to see it. As seen from the northern hemisphere, it crosses the sky to the south, for example. It is the most prominent constellation in the sky when it is visible, so you cannot miss it. It is on view throughout the northern hemisphere's winter months.
u look around auttum this is when its usaully out. U should usaully look North
The thing is, when we look at Orion we are only looking at a projection. We can see the directions of the stars but we can't see how far away they are. Therefore some of the stars in Orion are close, other are very far away, so it's impossible to say they are grouped together in a volume of space.
Yes, some nebulae can be seen with the naked eye, if you know where to look. They are better seen with binoculars, but in the right conditions some can be seen with the naked eye, like the Orion nebula, in the constellation of Orion.
You look south. It will be right by Orion
because thats the season it comes out
South
It would depend on where in the world you are to determine what direction you would look to see it. As seen from the northern hemisphere, it crosses the sky to the south, for example. It is the most prominent constellation in the sky when it is visible, so you cannot miss it. It is on view throughout the northern hemisphere's winter months.
Each constellation has billions, trillions, or more, stars, depending how powerful the telescope is that you use to observe. Remember that a constellation is basically a direction in the sky - so the farther you look, the more stars there will be.Each constellation has billions, trillions, or more, stars, depending how powerful the telescope is that you use to observe. Remember that a constellation is basically a direction in the sky - so the farther you look, the more stars there will be.Each constellation has billions, trillions, or more, stars, depending how powerful the telescope is that you use to observe. Remember that a constellation is basically a direction in the sky - so the farther you look, the more stars there will be.Each constellation has billions, trillions, or more, stars, depending how powerful the telescope is that you use to observe. Remember that a constellation is basically a direction in the sky - so the farther you look, the more stars there will be.
A constellation is a direction in the sky. The stars in a constellation are constantly moving. A million years from now, the sky won't look the same as it does now.
No. Somewhere in the constellation Sagittarius is.
u look around auttum this is when its usaully out. U should usaully look North
Constellations are a group of stars which are in reality several billion light years apart at times. They seem to form shapes when we look at them from earth and use our creativity. But in reality, they are not on a two dimensional flat screen but in three dimensional space. So, if you can imagine going somewhere far away in space and look at your favorite constellation, it will look nothing like what you remember. Given this understanding, a constellation will go extinct if enough stars from it die to distort the original shape. Ex: if the three stars that make the belt of Orion die, there wont be an Orion constellation in the sky.
Gemini is located just up and to the left of Orion during the early evening hours of February and March. Gemini is one of the constellations of the zodiac. Our Sun transits through Gemini starting at the end of June through the end of July.
The thing is, when we look at Orion we are only looking at a projection. We can see the directions of the stars but we can't see how far away they are. Therefore some of the stars in Orion are close, other are very far away, so it's impossible to say they are grouped together in a volume of space.
It's supposed to look like a dog. The especially bright star (Sirius) at the front top corner can be the dog's eye or nose. He is following right behind the constellation Orion, the Hunter.