it actullay has 9 and 15 stars because difrent cultures conect diffrent stars.
Spica, Zavijava, Porrima, Auva, Vindemiatrix, Heze, Zaniah, Syrma, and Rijl al awwa are 9 stars in Virgo
Somewhere in the millions or billions, maybe.
Virgo has 50 stars altogether
Virgo is home to a wealth of galaxies, many of which have large central black holes.
All stars and stellar remnants.
Virgo is a constellation made up of stars of varying distances from our solar system. All of them many light years away. It does not orbit the sun.
there are nine main stars and then fifteen if you count his legs. go to this website and look at the star charts it helped me alot. http://www.astro.wisc.edu/~dolan/constellations/constellations/Leo.html
There are 115 stellar and other astronomical objects in the constellation. Of these 16 have an apparent magnitude which is brighter than 5.
Stars are classified according to temperature, with type O stars being the hottest, then B, A, F, G, K, M. The Sun is a type G star.
The Stellar Missiles has 192 pages.
We don't know. The Sun has been around for a long time, and has orbited the galactic core a number of times, while its orbit around the core has undergone many chaotic perturbations. Stars born from the same stellar nursery might be right around the corner, or they might be at the opposite side of the galaxy. Currently, we can't even tell which stellar nursery the Sun was born from, or whether it still exists.
Stellar (as in "stellar performance") Many words pertaining to stars such as "constellation". Names (usually female) related to "stella" such as Stella and Estelle.
The questioner will have to define a "major" star. He (or she) may mean a first- or second-magnitude star or a giant, or use some other criterion. Most good star maps will show stellar magnitude, while a directory will reveal stellar class (i.e., whether a star is a giant or not). Comments: I would say there are about ten stars that would be called "major stars" in terms of their apparent magnitude, perhaps about 25 at most.
Gigantic clouds of gas and dust left behind by old, massive stars slowly compress into potential new stars. Large stars are formed in stellar nebulae like small stars; they just require extra mass. Towards the end of their lives many stars turn into giants or even supergiants. That depends on the initial mass of the stars and on the progress of the nuclear fusion reactions in the stars.