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Hydrogen atoms fuse to form helium and energy.
At the age the sun is now it is still fusing hydrogen into helium.
Trevor Hall. When the Sun and the Moon collide.
Fusion and fission are opposing processes. In the sun, hydrogen atoms are fused together to form helium. On earth, the most commonly used element is uranium, which is split into smaller atoms.
Charged particles come from the sun, especially after sunspot activity and solar flares. They stream through space and are attracted to the magnetic poles of the earth. In the ionosphere they collide with oxygen and nitrogen atoms, which give out green, blue and red light. This light is known as the Aurora Borealis, or Aurora Australis, the Northern and Southern Lights.
Hydrogen. The temperatures and pressures are big enough for these atoms to collide or fuse together to make helium. This "nuclear fusion" give of loads of energy.
I think you mean nuclear fusion, the reaction that powers the sun.
The sun is just a huge ball of hydrogen and helium. The heat created on the sun is from billions of hydrogen atoms smelting together to helium atoms. All these atoms are held together by the gravity.
Golf Wang. :)
Because there are no atoms to collide with to transfer the heat energy from the sun, thus, there is no conduction. This is also the same reason that there are no convection currents in space; There are no atoms to collide with to transfer heat. Thus, the only possible way to transfer heat is by radiation.
Nuclear fusion for example two hydrogen atoms collide to form a helium atom and energy
they were discovered when the sun was made. when atoms fuse together in the sun that creates solar flares and more gas in the sun
Yes, charged particles from the sun collide with oxygen and nitrogen atoms in the earth's ionosphere to cause the Northern and Southern Lights.
The sun is fusing hydrogen atoms together, turning them into helium.
Charged particles stream out from the sun after a sunstorm at supersonic speed. They collide with atoms of oxygen and nitrogen in our ionosphere to produce the colors.
Helium is an element, and, as such, is made up of no chemical 'compounds'. In a chemical sense, Helium can be said to comprise only of single helium atoms, but, on a sub-atomic level, it comprises, as do all other atoms, of protons, electrons and neutrons.
Green is given off when charged particles from the sun collide with atoms of oxygen in the earth's ionosphere.