The sun's nuclear reactions are based on fusion of atoms (hydrogen atoms are fused together to form helium or lithium mainly) whereas earth-bound nuclear reactions are based on fission (uranium atoms are smashed apart to form (often radioactive) fragments and energy) There has been research on earth-bound nuclear fusion for many years (JET project in the UK) and ITER, but there is still a long way to go before we can mimic the sun!
The remains of the sun after its nuclear reactions stop is called a white dwarf. It is a dense, Earth-sized remnant made up mostly of carbon and oxygen.
Nuking the sun is not possible with current technology. However, theoretically, if it were possible, the sun is so massive that a nuclear explosion would have negligible impact on it. The sun's nuclear fusion reactions are much more powerful than any man-made nuclear explosion.
No, the sun is not made of gold. It is primarily composed of hydrogen and helium gases. These elements undergo nuclear fusion reactions in the sun's core to produce energy and light.
One is made from gases the other from liquids.
The sun is a star made up of hot gases, primarily hydrogen and helium. The light and heat we receive from the sun are produced by nuclear fusion reactions taking place in its core. It appears as a ball of fire due to the intense energy and radiation emitted by these reactions.
The sun's nuclear reactions are fusion reactions at extremely high temperatures and pressures, while the nuclear reactor's nuclear reactions are fission reactions at typical temperatures and pressures for earth.
No materials are made from nuclear reactions in stars
Synthetic elements are obtained by nuclear reactions.
The difference is only the material that is being used to generate electricity.
Only some radioactive isotopes, by nuclear reactions.
Rutherfordium is an artificial chemical element resulting from nuclear reactions.
No materials are made from nuclear reactions in stars
Detrital- made of sediment grains Orgains- Made of fossils Chemical- from due to chemical reactions I hope this helped you enough :)
1. Einsteinium has not applications out of nuclear physics laboratories. 2. Einsteinium is obtained by the intermediate of nuclear reactions in particle accelerators.
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Yes. They can be made via nuclear reactions, exposure to certain types of radiation, and in particle accelerators.