The light from quasars - all quasars - is shifted far to the red side of the spectrum. This means that they are moving away from us, at a very high rate of speed. They cannot be "nearby", for that, and a lot of other sound, scientific reasons.
To show how many countries there are ! I don't really know why they use stars ... maybe just just for looks .
Easy..... They just know
Quasars are the brightest and most distant objects in the known universe. In the early 1960's, quasars were referred to as radio stars because they were discovered to be a strong source of radio waves. In fact, the term quasar comes from the words, "quasi-stellar radio source". Today, many astronomers refer to these objects as quasi-stellar objects, or QSOs. As the resolution of our radio and optical telescopes became better, it was noticed that these were not true stars but some type of as yet unknown star-like objects. It also appeared that the radio emissions were coming from a pair of lobes surrounding these faint star-like objects. It was also discovered that these objects were located well outside our own galaxy. Quasars are very mysterious objects. Astronomers today are still not sure exactly what these objects are. What we do know about them is that they emit enormous amounts of energy. They can burn with the energy of a trillion suns. Some quasars are believed to be producing 10 to 100 times more energy than our entire galaxy. All of this energy seems to be produced in an area not much bigger than our solar system.
Quasars are powered by supermassive black holes at the centers of galaxies. These black holes are surrounded by a hot accretion disk of gas and dust, which releases enormous amounts of energy as the material spirals inwards. This energy is emitted in the form of intense radiation and jets of particles, making quasars some of the brightest objects in the universe.
you know... just because you cant see the stars doesnt mean they're not there... maybe u should tell him you have eye troubles so he will stop doing this for you...
Well just look at our sun i do hope you know that our galaxy is the milky way.
No, or at least the public doesn't know. They are just co-stars.
At present, there is no way to tell. Quasars are so incredibly far away that we don't know a whole lot about them, and we're not entirely sure of what we THINK we know. Black holes cannot be seen, and can only be detected based on their gravity and how other objects nearby react to it. Science isn't really a study in extremes; other people can get excited about the Guinness Book of Science, but real scientists generally do not.
I don't know I was asking questions my self. Sorry but I don't know I just wanted to type something! Bye web!
Easy, You just type in the code "Stealth" or "Metal Fusion" and then create a beyblade. After that you battle people until you get the amount of stars you want. There are other codes I do not know that increase the amount of stars in battle.
I know that they bright up in the sky and some of the stars are brighter than the sun.
For nearby stars, the parallax method is used. Briefly, the star's apparent position changes, due to Earth's movement around the Sun. For objects that are farther away, several "standard candle" methods are used, meaning that the brightness of objects is measured that are assumed to have a more or less constant brightness; for example, "the brightest stars of a certain type of star, in a galaxy".