it does not. you can fuse any elements to each other
carbon, hydrogen, oxygen....
Hydrogen will usually form a covalent bond - so that it has a full valence electron level and so does the other thing it is bonding with (if the other thing only needs one more electron to complete its octet) however, in water, the hydrogen will form hydrogen bonds!
Group 17 elements need one more electron to achieve the nearest noble gas electronic configuration. Hydrogen also needs one electron. Hence hydrogen behaves like a group 17 element when forming covalent bond.
Hydrogen and Carbon ONLY. The formulka for octane is CH3CH2CH2CH2CH2CH2CH2CH3 As the name suggests from its Latin root. 'Octa' Eight carbons. and 'ane' a single bond (Alkane) functional group.
Hydrogen "needs" an extra electron to achieve the noble gas configuration of helium. It therefore only "needs" one bond. It can do this either by shsring electrons in a covalent bond, or with very electropositive metals such as Lithium it forms a bond that is virtually ionic, with most electron density on the hydrogen.
in neclear fusion, two hydrogen nuclei combine to create a helium, which has slightly less mass than the two hydrogen nuclei. The lost mass is converted to energy.
The sun is not a fire... it is nuclear fusion being conduct with the hydrogen particles colliding together. So basically once the sun runs out hydrogen it will explode.
Elements can be produced in the sun through nuclear fusion reactions that occur due to the intense heat and pressure. These conditions are not present in Earth's atmosphere, which is why elements are not produced there. Earth's atmosphere primarily consists of gases and does not contain the necessary conditions for nuclear fusion to occur.
different letters in the alphabetAn "A-bomb" is usually a fission bomb (plutonium or Uranium fissions = splits into lighter elements)An "H-bomb" is a fusion bomb wherein Hydrogen (or some isotope of it) "fuses" into heavier elements. Often an H-bomb needs the energy of an A-bomb to start its nuclear reaction but the output is SO much greater that the A-bombs energy output is dwarfed by the enormous fusion explosion.
carbon, hydrogen, oxygen....
The formula for a sugar is generally CnH2nOn for a monosaccharide. Whatever the sugar, it needs to contain carbon, hydrogen and oxygen
Good question. A fusion bomb combines (fuses) light nuclei (hydrogen) into larger nuclei to get its energy. But it needs a fission bomb to start it. A fission bomb breaks up (fissions) heavy nuclei (uranium/plutonium) into smaller nuclei to get its energy.
The Sun's energy comes from nuclear fusion reactions happening in its core. These reactions convert hydrogen into helium, releasing vast amounts of energy in the form of light and heat. This process has been ongoing for billions of years, providing Earth with the energy it needs for life.
Nuclear fusion. It needs to be hot enough for atoms of hydrogen to fuse together to produce a helium atom - this process releases a large amount of energy.
Most chemical elements beyond hydrogen and helium are produced in a star's fusion reaction. Only when that particular star dies, do those larger elements, like oxygen, carbon, nitrogen, etc..., get released to space, where they become part of a forming planet. Stars like out sun can make most elements up to Fe (iron). For elements heavier than iron, a very large star needs to go nova (explode). During this nova explosion, elements like gold, platinum, lead, silver are created. Novas occur seldomly, so these elements tend to be rare. Why they are considered "precious."
A clump of matter must collapse under the attraction of its own gravity. The collapse must heat the matter up to form a plasma which undergoes thermonuclear fusion - of hydrogen into helium.
is it