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What is the number one element in the universe that is burned in stars?
Wiki User
∙ 14y ago
Hydrogen
Wiki User
∙ 14y ago
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How is it possible to know that the element hydrogen exists throughout the universe?
We see the light of main sequence stars throughout the universe. Such stars fuse hydrogen.
What has an atomic number of 1 and is the lightest element on the periodic table?
Hydrogen! It's the lightest of the elements, the only element whose atoms (typically) contain no neutrons, and it's the most abundant element in the universe because it's the main ingredient in stars, which make up nearly all the universe's mass (as far as we know.)
What is thev connection between universestar and galaxy?
The universe comprises all matter in space. This includes a very large number (200 billion to 2 trillion) galaxies. Each galaxy comprises a very large number of stars: our contains 100 thousand million stars.
How many number of stars?
Just in our galaxy - the Milky Way - there are several hundred billion stars. In the visible Universe, there are hundreds of billions of galaxies. It is not currently known how far the Universe extends, beyond the visible limits. A rough estimate, then, would be that there are 1011 x 1011 = 1022 stars (a one with 22 zeroes, that is), just in the visible Universe - the part that our instruments can reach in theory.
What are the second and third largest stars in the universe?
We haven't observed all of the stars in the Universe, so we don't know what is the largest yet.
What element is the most abundant in the universe and all stars are made of it?
The most abundant element in the universe is hydrogen.
What are the heavier element in the universe formed by?
a series of stars
What is the third most abundant element in the Sun?
Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.Hydrogen is the most common element in the Sun, in most stars, as well as in the Universe in general.
Which is the Element abundantly present in the universe especially in stars?
Hydrogen is the most abundant element in the universe, making up 75% of ...Thiselement is found in great abundance in stars and gas giant planets.
Why do stars have hydrogen as the major element in their composition?
Because hydrogen is the most abundant element in our universe.
How is it possible to know that the element hydrogen exists throughout the universe?
We see the light of main sequence stars throughout the universe. Such stars fuse hydrogen.
What are the initial starting particle for nuclear fusion in stars?
Stars are mostly hydrogen, the simplest element in the universe - also, the most common element in the universe. All the elements heavier than hydrogen were formed by nuclear fusion, where the atoms fuse together at very high temperatures and pressures. So carbon, oxygen, iron and everything else is like the "ash" from the nuclear "fire" in stars that once burned in other skies and then were destroyed in nova and supernova explosions.
What is the sun's most common type of hydrogen?
Hydrogen is the sun's most common element. Hydrogen is "H," element number 1, on the Periodic Table of elements. It is the most abundant element in the universe, because it fuels the stars.
What element has the most effect in universe?
Hydrogen - from it all other elements are made in the stars
What produces all known element in the universe other hydrogen?
fusion reactions in stars
What is the secondmost abundant element in the universe?
Helium is believed to be the second most abundant element in the universe, because the energy of most stars arises from the fusion of hydrogen to produce helium.
The total number of stars in your observable universe?
There are estimated to be around 100 billion galaxies in the observable universe, with each galaxy containing hundreds of billions of stars. This means that the total number of stars in the observable universe is in the order of 10^24 (1 septillion) stars.
