Any constellation is a group of stars that appear to form some kind of pattern,
but have no connection with each other. They all happen to be in roughly the
same direction from us, but they're all at different distances. So there's no
such thing as a constellation's distance from us.
There's no connection or relationship among the different stars in a constellation, and they're all at different distances from us.
50,667 feet
There's no connection or relationship among the different stars in a constellation. They're all at different distances from us.
The little dipper
little dipper!
The little dipper is in our Milky Way Galaxy, actually not all that far from us. It is above the big dipper, so that it appears to be pouring into the big dipper. If you can see the north star, that is the tail (or end of the handle) of the little dipper. The middle stars of the little dipper are somewhat faint, but the two outside stars of the top and bottom of the little dipper pan are about as bright as the north star.
All stars twinkle in some way. This effect occurs because the stars are so far away from the earth that the light they emit actually bends a bit in Earth's atmosphere thus producing a wavering light. So yes, the stars of the little dipper do twinkle.
There's no connection or relationship among the different stars in a constellation, and they're all at different distances from us.
Longitude and latitude correspond to locations on the surface of the earth. The little dipper is in the sky. The world, itself, spins on an axis and rotates around the sun, there is no stationary latitude or longitude which corresponds to the little dipper.
50,667 feet
There's no connection or relationship among the different stars in a constellation. They're all at different distances from us.
The little dipper
little dipper!
Little dipper
The Big Dipper (and other constellations) are made up of stars that are difference distances from Earth. Every star that makes up the Dipper is a different distance. It only looks like the big dipper from where we are.
Because of the rotation of the Earth.
about 1600 feet if my phd says so