The larger a star's parallax, the closer the star is to us.
Around 90 light years away. There is no exact answer because the stars that make up the big dipper are different distances from the sun. Name and distance of the stars that make up the Big Dipper. Mizar 78 light years Merak 79 light years Megrez 81 light years Alioth 81 light years Phecda 84 light years Alkaid 101 light years Dubhe 124 light years
From the position of moon and the stars, I say 537 miles.
sure there is millions of idiots that give them money for this big scam, i would say that is the biggest scam evere on the internet.
The small-medium size stars are the size of our Sun. There are many smaller than that, but nowhere near as small as the planet, Jupiter, say. The largest stars could swallow thousands and thousands of our Sun.
The small-medium size stars are the size of our Sun. There are many smaller than that, but nowhere near as small as the planet, Jupiter, say. The largest stars could swallow thousands and thousands of our Sun.
All the stars you see are part of the Milky Way, and so are we. So you could say they are the same distance. There is a particular patch through the sky which we particularly refer to as the Milky Way, and there are many stars that are nearer to us than that.
By unit of length and distance and conversion ,we can say that 1 mm=0.0393 in 54.4 mm=2.14 in
People say it was the big bang but i thought that it was all the stars mixed with the dirt and stuff and then after time it went a different colour.
basically that the next big door is open and to go fight bowser the second time
440 light-years. I would say this is the current estimate. There is always some error in those distance measurements.440 light-years. I would say this is the current estimate. There is always some error in those distance measurements.440 light-years. I would say this is the current estimate. There is always some error in those distance measurements.440 light-years. I would say this is the current estimate. There is always some error in those distance measurements.
As a constellation is made up of many stars, each a different distance from us, it's not possible to say for a whole constellation.. However the nearest, 10 Tau is about 45 light years away.
Generally speaking, the apparent luminosity would be an inverse square relationship, which is to say, if the same star was at twice the distance, a quarter of the light would be reaching the observer. But absolute luminosity can of course vary without regard to distance from Earth - dim stars can be close, or bright stars distant, or vice-versa.