In the Sun, approximately 600 million tons of hydrogen are converted into helium every second through the process of nuclear fusion. This fusion occurs in the core of the Sun, where extreme temperatures and pressures enable hydrogen nuclei to combine and form helium, releasing vast amounts of energy in the process. This energy is what powers the Sun and provides light and heat to our solar system.
At the moment about 24% but it is increasing every second.
Over the next few billion years, the hydrogen content in the sun will decrease as it fuses into helium through nuclear fusion. This process will cause the relative amount of helium to increase in the sun over time.
Let me break it down for you: in the core of the Sun, about 600 million tons of hydrogen fuse into helium every second. So, yeah, it's not just a drop in the ocean, it's like a freakin' waterfall of nuclear fusion happening up there. Hope that clears things up for ya.
All stars are comprised of around 98% hydrogen and helium, of which approximately 3/4 is hydrogen.This is also true of all the matter in the universe as a whole.While stars contain some amount of pretty much every element, they are made primarily of hydrogen and helium.
If you are asking "how helium formed the sun?" then for your information, sun and all the stars are formed mostly from Hydrogen. And if you are asking "How helium is formed in the sun?", the answer is that the Hydrogen in the sun fuses in itself(that's where from the sun get's its energy and luminosity) producing variety of elements like helium, carbon oxygen,iron etc.
At the moment about 24% but it is increasing every second.
Practically none: the sun is fusing vast quantities of hydrogen into helium every second, and you wouldn't measure it in gallons, any self-respecting scientist would use a metric system and talk of tonnes. The sun consumes about 7 x 10^8 tonnes of hydrogen per second.
The mass of hydrogen that is converted into helium by fusion reactions during a one second interval is one cubic millimeter. This occurs during the elemental change and actually shrinks the mass of the hydrogen.
Over the next few billion years, the hydrogen content in the sun will decrease as it fuses into helium through nuclear fusion. This process will cause the relative amount of helium to increase in the sun over time.
the core of the sun is a seething nuclear furnace where millions of tons of hydrogen are being fused in to helium every second.
Let me break it down for you: in the core of the Sun, about 600 million tons of hydrogen fuse into helium every second. So, yeah, it's not just a drop in the ocean, it's like a freakin' waterfall of nuclear fusion happening up there. Hope that clears things up for ya.
All stars are comprised of around 98% hydrogen and helium, of which approximately 3/4 is hydrogen.This is also true of all the matter in the universe as a whole.While stars contain some amount of pretty much every element, they are made primarily of hydrogen and helium.
If you are asking "how helium formed the sun?" then for your information, sun and all the stars are formed mostly from Hydrogen. And if you are asking "How helium is formed in the sun?", the answer is that the Hydrogen in the sun fuses in itself(that's where from the sun get's its energy and luminosity) producing variety of elements like helium, carbon oxygen,iron etc.
The sun converts about 600 million tons of hydrogen into helium every second through nuclear fusion. This process releases a tremendous amount of energy in the form of light and heat, which sustains life on Earth.
The sun produces heat and light by the nuclear fusion of atoms of hydrogen to create helium. The hydrogen it uses was created during the cooling of the universe after the Big Bang. hydrogen is the major "fuel" of the sun.
hydrogen atoms in its core, where immense pressure and temperature cause hydrogen nuclei to fuse into helium. This fusion process releases a tremendous amount of energy in the form of light and heat, which powers the Sun and sustains life on Earth.
They are composed of mainly hydrogen and helium.