1. VY Canis Majoris
2. Betelgeuse (which is scheduled to supernova sometime between 2012 and a million years from now)
trillions If our galaxy with 2*1011 (two hundred billion) stars is an average size galaxy. and there are as many galaxies in the Universe as there are stars in our galaxy, then there are possibly 4*1022 stars in the Universe. But that is just a guess. There are most certainly more than 1018 stars.
The two most common elements in the Universe, and in most stars are - in that order - hydrogen and helium (elements #1 and #2).
There are no known "infinite energies" in our real Universe.
In our known universe, hydrogen then helium. But this may change with further exploration.
No. Two colliding red dwarfs will merely result in a new star with the combined mass of the two original stars. The merging of two stars would be utterly insignificant on the scale of the whole universe.
Why stars "burn", and the size of the universe.
hydrogen and helium. More than just these two elements can be found in stars, though, otherwise we would live in a universe comprised completely of hydrogen and helium.
The Big Crunch: Like the opposite of the big bang, the universe collapses and goes into a point of singularity. The Big Chill: The universe will keep on expanding, until there is too few galaxies and stars, which will eventually die out too, so there will be nothing in the universe but a few black holes and decayed stars and galaxies
The two main elements in stars are Hydrogen and Helium. Stars start out as mostly Hydrogen and produce Helium. There are less amounts of heavier elements like Oxygen, Neon and Iron in stars
Its Venus and Jupiter!! http://www.msnbc.msn.com/id/27958792/
Milliard is an archaic name no longer used. It referred to 109 or what we now refer to as a billion. The exact number of stars will probably never be known. There are, perhaps, 200 million or more in our galaxy, our is average. There are many BILLIONS of galaxies. Another number that may never be known.
"gravity"