That's a reflection of Earth's movement around the Sun.
The rotation of the Earth will make stars appear to move in the perception of a viewer. The reality, of course, is they're much to far away to actually move visibly in a single night - their position can vary based on seasons, but relative to one another, there won't be a visible movement. The planets, of course, *do* move, and the observable motion is much greater than that of stars. The word itself comes from "wanderer", in Greek, due to the fact they did move so much in relation to the background, which seemed relatively fixed to observers of the era.
Most asteroids orbit around stars and move faster than them.
You can't Stars are great big gasses of stars. Just like the sun
That depends upon what direction you are facing. At the North pole itself, of course, any direction you face would be South, so the stars would wheel from left to right as the Earth spins eastward. Yes, left and right are not particularly helpful words in geography and astronomy. The stars appear to move East to West during the night, because the Earth spins towards the East. In the Northern Hemisphere you would see this movement best if you were facing South. Then, indeed the stars would seem to move from your left to right.
No, the earth is moving. Stars just appear to make counterclockwise orbits when really stars - including our sun - stay still. So earth is just rotating and the stars appear to be moving to us.For a good animation to explain more see:http://media.photobucket.com/image/the%20earth%20and%20stars/mindexplosion/animatedearthwithstars.gifYes, specially when they break up with their couple, the have to MOVE on. :DNow, going back to serious, some of them move just as the earth moves around the sun and the moon comes along with the earth, so that means the moon does move as well, but there are other stars that move, that is why there appear once in a while some kind of falling stars....
"main" reason. The stars appear to move throughout the year due to the Earth's orbit giving us a changing view out from the Solar System. We also are lucky in living relatively near the fringes of the galaxy, so giving us fairly clear views out into deep Space.
they dont move, we do. as we move around it seems to 'move'
...because the Earth rotates. Same reason the sun moves throughout the day.
The Big Dipper is made up of several stars, and these, of course, can and do move.
Orbits around the sun.Of course
Just like the Sun and the Moon, stars appear to move towards the west. The reason is that Earth rotates in the opposite direction - towards the east.
it's no the starts that move, it's the Earth that rotates on its axisAdding-Except shooting stars of course. ;)Hope that helped! ;)-Abbystars don't move its the earth that moves on its axis creating gravity :)
Stars appear to move across the sky due to the rotation of the Earth, whereas the Moon moves across the sky due to its orbit around the Earth. The apparent motion of stars is much slower than that of the Moon, which moves visibly over the course of a night.
God, gold and glory.
This is a simple one to answer. The Earth rotates and as it rotates, the stars seem to move across the sky.
the stars don't move the earth rotates and that's why we think we see the stars move
The main reason that JHI wanted to move to an ERP system is to improve data quality and reporting across their different institution.