what are the componets of stars?
345536
It starts off with a good amount of hydrogen, which is fused into helium as it turns off the main sequence.  The more massive the star, the heavier the element it can fuse up to.  For more massive stars than the sun, helium can be fused higher up to carbon, oxygen, nitrogen, silicon, (i am forgetting one), and anything relatively close to iron.  Most of the elements made near iron will be radioactive and decay into iron.  At iron, you have to put more energy into fusing the atoms than you get out of the reaction.  At this point, for massive stars you will get a supernova as the star stops fusing in the core.  In the shockwave that occurs, enough energy can be put into the iron to fuse even heavier elements.  A good number of smaller than iron elements are also made in the process of making the above stated elements.
471765
Our sun is solidly in the average category. The exact average star is about 1,000,000 miles in diameter.\n\nMany other stars are spectacularly larger or smaller.\n\nThe lifespan of larger stars is shorter.  Srars become brighter at the end of their life, when hydrogen nuclei have been exhausted.  \n\nWhen stars become supernovae, other elements are created, the last one being iron, and much material is blown off.\n\nThen you have a dying monarch of light.  Red and white drwarfs.\n\nSites for stellar evolution info:\nhttp://search.yahoo.com/search?fr=ks&p=stellar+evolution\n\nOur sun has a remaining life span at current luminosity of 25 billion years.  That should give us enough time to figure out what to do when it goes into the ending processes.\n\nDetailed information about our sun and neighborhood:\nhttp://www.urantia.org/papers/toc.html\ngo to Paper 41 and Paper 57
285507
Solar winds,nebulars,planets,milky way,\nmeteors,comets,darkness,\nsolar systems,black holes,\npulsars,nova's,super nova's.\nsatalites,Asteroids.\nspiral galaxys,oval galaxys\nhelp u.
310199
1 x Star ("Sol"/"The Sun")\n9 x planets\n140 x satellites (moons) [approx.]\nasteroids [1,000s]\ncomets [by guest appearance only]
1149916
luminal celestial body of super heated gasses, Stars don't have names per say, they do have classifications like G-2 class of star, which is a yellow main type of star, if you were referring to the name of our sun it is called Sol, and a yellow main type of G-2 class of star to boot.
341172
It depends on what stage they are in.  When stars are young, they are mostly hydrogen.  As they get older, they become mostly helium.  When really big stars come near the end of their lives, they start producing all sorts of other elements (carbon, iron, silicon, etc.), and neutron stars are made up of neutrons (effectively no elements, just elementary particles).
824677
The burned out centre of a low mass star is a white dwarf. It's a hot ball of carbon and oxygen, though too cool for thermonuclear reactions to occur. They're about the size of Earth and are too dim to be seen with the naked eye.
525449
Planets\nStars\nGases\nDark Matter\nDark Energy\nRegular baryonic matter\nMeteor Rocks?
117696
Cluster.\n\nEDIT: constellations are stars that make a connect-the-dots type shape in the sky. However, the stars that make up a constellation can be VERY far apart. A star cluster is a situation where two or more stars are gravitationally bound to each other.
489152
They are made of hydrogen.  There's so much gravity at the core of a star that it compresses protons and electrons from other hydrogen atoms and fuses into helium.  The reaction produces a tremendous amount of energy that we see as light.
1118173
Birth and death of stars is an interesting subject, IMO.\n\nHere are some starting points:\n\nhttp://en.wikipedia.org/wiki/Star\nhttp://en.wikipedia.org/wiki/Hertzsprung-Russell_diagram\nhttp://en.wikipedia.org/wiki/Supernova\nhttp://aspire.cosmic-ray.org/labs/star_life/starlife_main.html\nhttp://www.windows.ucar.edu/sun/Solar_interior/Nuclear_Reactions/Fusion/Fusion_in_stars/star_life.html
354510
By stars, you mean women, and by telescope, you mean co-ck right?\n\nAnd yes.
3946
depends on what those stars mean...
632564
The origins of stars are dust in the cosmos. All matter of mass be it solid, liquid or gas have magnetism. The attraction of one particle to another is found in the formula of Pi = infinity in accordance with The Theory of Everything \nFor a free copy of the document make your reply to Einstein@peoplepc.com
923005
pretty much all elements are created in stars, the actual process is very confusing thankfully wikipedia is a better expaliner than i ----> http://en.wikipedia.org/wiki/Nuclear_fusion\nO2 is important because it helps us create lots of energy from glucose
1127024
sun....its a star btw but there are stars bigger than the sun
312576
Stars are big fiery balls of gas. Essentially the gases cluster together and become stars through gravity and fusion. It's a rather complicated process; check the link below for a more detailed explanation.\n\nStars appear to be in our sky because they are in space. Most stars appear to be small points of light, although many of these stars are smaller than our sun. The sun simply appears larger because it is much nearer to the Earth.