The stars in the Milky Way move in the opposite direction of the sun.
Yes. Like all galaxies, it is constantly moving.
All of the stars in the Milky Way Galaxy are moving... however, we, in our lifetime, will never notice the constellations changing.
Yes. Stars move themselves independently in space. Our own sun in fact is also moving through our Milky Way Galaxy.
Yes. It's part of the Milky Way galaxy, but appears to be motionless to the human eye.
Those stars except Polaris or the North Pole stars really orbit the Milky Way Galaxy but not Outside
Yes. Every star has a "proper motion", which is their motion relative to the solar system. Some stars are moving toward us, while others are moving away. Nothing is standing still. Of course, the Earth is moving around the Sun, and the Sun is orbiting the center of the galaxy, and the Milky Way galaxy itself is moving - but we can't know where. Every other galaxy is moving too, and there isn't a way to identify where the Big Bang started.
The revolution of stars about the center of the galaxy is like that of planets around the sun, only in a larger scale. The motion is caused by angular momentum (which derives ultimately from the Big Bang) and the stars are prevented from flying off in all directions by the gravitational field of the galaxy.
Yes
.A galaxy is, by definition, any large collection of stars that can be recognized as a distinct physical entity. In terms of the number of stars, a small 'dwarf irregular' galaxy like the Small Magellanic Cloud, has about one billion stars in it, but there are even smaller systems that are recognized as galaxies such as the Leo I and II dwarf galaxies with about 1 million stars in them, and the Draco System with a few hundred thousand stars in it. The largest star cluster, a globular cluster called Messier 15 has about 6 million stars, so we see that for small galaxies, there is a blurring together of what we mean by a galaxy and a large star cluster. In addition to their mass and numbers of stars, a galaxy is a collection of stars and gas which move through the universe independently of the Milky Way. Globular clusters are roundish swarms of stars that orbit the Milky Way, while the Leo and Draco Systems seem to be independent collections of stars.And we live in the milky way galaxy By:Cierra Currier
As with all space questions about speed, it all depends on your point of reference. Within the Milky Way, the orbital rate of the stars increase as you move away from the centre of the galaxy.
Yes. For example, stars close to the center of our Milky Way have been observed to move around a massive object; the movement of the stars is consistent with a mass of around 4 million times the mass of our Sun.
Constellations are made up of star patterns. Over tens of thousands of years, as the stars move and slowly change their locations, new constellations may appear. Since stars are technically "matter" AND they are in the Milky Way Galaxy, I suppose the answer to your question could be "maybe". What do you mean by "matter" ?
No, the sun both spins, and moves with the rotation of the Milky Way. Additionally, it move through space with the galaxy.