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nwfusor
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If it does, why is that so?
Uranium-235 is a radioactive isotope of uranium that is commonly used as a fuel in nuclear reactors. When it undergoes fission, it splits into smaller atoms, including Kr-89 and Ba-144, and releases a large amount of energy.
Yes, uranium-235 can also fission into a variety of other elements and isotopes, depending on the conditions of the reaction. Some of the most common products of uranium-235 fission include xenon-135, strontium-90, and krypton-87.
No, uranium-235 does not always fission into Kr-89 and Ba-144. The products of fission depend on a number of factors, including the energy of the neutron that triggers the reaction and the presence of other elements or isotopes that can absorb or capture neutrons.
Fission of uranium-235 occurs when a high-energy neutron collides with a uranium-235 nucleus, causing it to split into two smaller nuclei. This process also releases more neutrons, which can go on to trigger other fission reactions, creating a chain reaction.
The fission of uranium-235 into Kr-89 and Ba-144 has important implications for nuclear energy and weapons. The energy released during fission can be harnessed for electricity generation, but it can also be used to create powerful nuclear weapons. Additionally, the radioactive byproducts of fission can pose health and environmental risks if not properly handled and disposed of.