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Answered 2008-05-07 21:59:58

Iron.

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Is the sun have life?

The Sun is a star fusing elements to generate energy. It is not alive and therefore your question makes no sense.


Can support life of the sun?

The Sun is a star fusing elements to generate energy. It is not alive and therefore your question makes no sense.


What is fusing inside the sun as you go through this site?

Inside the Sun, it is mainly hydrogen-1 fusing into helium-4.


What kinds of atoms are fusing or combining together inside the sun?

At the age the sun is now it is still fusing hydrogen into helium.


Is a white dwarf a large star capable of fusing elements?

First of all a white dwarf is a small (Earth sized) stellar remain of a star that was around the same size as our own Sun. It's remains are the "left over" bit, when a star reached a point when it could no longer fuse anymore elements. It did not have enough mass to continue fusing any further elements. Larger stars can, but they do not leave behind a white dwarf. However, if a white dwarf is near a companion star and can accrete enough mass to exceed the Chandrasekhar limit [See related question], then the star can start fusing additional elements, and the star will explode as a type la supernova. [See related question]


The sun produces energy by fusing hydrogen atoms into atoms in its core?

Yes it does. It produces helium by fusing hydrogen


The sun produces energy by fusing hydrogen into what?

helium


The sun produces energy by fusing hydrogen atoms into?

The sun produces energy by fusing hydrogen atoms into helium atoms. This is a nuclear fusion that occurs at the sun's core.


What process does the sun use to procude energy from the matter in its core?

The sun in its current phase produces energy through the fusion of hydrogen atoms into helium. As the sun ages, it will eventually start fusing helium into heavier elements to produce energy.


What element is sun burning for fuel?

Hydrogen, but its not burning, its fusing.


What are some characteristics of stars that might account for the fact that some have more complex elements in their spectra?

Older age might account for it. As a star ages, it uses up the simplest elements (hydrogen . . . helium . . .) then starts fusing heavier and heavier elements. Our Sun will get to the point of fusing iron, which is pretty heavy, but the truly large stars out there will fuse elements much heavier than Iron. These heavier and heavier elements may account for some stars having more complex elements in their spectra.


Which nuclear fuel is there in the sun?

At this point in time hydrogen is being fused into helium. Many, many years down the line, as the hydrogen runs out, the sun will begin fusing heavier and heavier elements for fuel. At least to iron.


What will happen to your sun when hydrogen fusion slows down?

It will switch to helium fusion and so on until it starts fusing much heavier elements and becomes a red giant ********************************************************************* As our sun is one of the smaller G Class stars, it will eventually burn itself out and die along with the planets it services.


Why is the amount of hydrogen in the sun decreasing?

The sun is fusing hydrogen atoms together, turning them into helium.


The primary source of energy for the Sun is?

The fusing of hydrogen atoms into helium.


The Sun produces energy by fusing hydrogen atoms into what?

Helium atoms


Where sun gets its energy from?

fusing something to make sun energy! The sun shines through the fusing of hydrogen into helium. Because the mass of the helium is at the end of the process is slightly less than the mass of the original hydrogen the excess is given as energy.


Does the sun burn helium to make hydrogen?

No. See the related question on the sun fusing hydrogen to make helium.


How does the sun get its power?

The sun gets energy from gases fusing at very high pressure because of it's mass.


Where does the sun receive its energy from?

The Sun has an internal supply of hydrogen which it is constanly fusing into helium, thus powering the star.


What was the sun when it reached the main sequence?

Stars on the main sequence (like the sun) are fusing hydrogen into helium in their cores.


What does the sun produces energy by fusing hydrogen atoms into atoms in its core?

Helium


What is the material that the sun is made out of?

The Sun is about 70% hydrogen, 28% helium, and about 2% heavier elements. As time goes on, the Sun's nuclear reaction is fusing hydrogen into helium, so that the proportion of hydrogen is slowly falling and the percentage of helium is slowly increasing.


Why does the sun not run out of hydrogen?

It will eventually. In about 5 billion years the sun will deplete the hydrogen at its core. Afterward it will continue to alternate between fusing helium in the core and fusing hydrogen in a shell around the core before it finally dies.


The what of atoms powers the sun and other stars?

The sun and other stars are powered by fusing hydrogen into helium in their first stage of life. Then as they get older the hydrogen runs out and the fuse helium and on up onto iron. Heavier elements come from novas and super novas.