QuestionMay 13, 2025

Why does Uranium-235 need to be converted to another isotope at the beginning of the fission reactor? It is too reactive. It is too destructive. It is too stable. ) It is the most common isotope.

Why does Uranium-235 need to be converted to another isotope at the beginning of the fission reactor? It is too reactive. It is too destructive. It is too stable. ) It is the most common isotope.
Why does Uranium-235 need to be converted to another isotope at the beginning of the fission reactor?
It is too reactive.
It is too destructive.
It is too stable.
) It is the most common isotope.

Solution
3.4(229 votes)

Answer

It is too stable. Explanation 1. Identify the purpose of conversion Uranium-235 is already suitable for fission reactions due to its ability to sustain a chain reaction. It does not need conversion for reactivity, destructiveness, or stability reasons. 2. Determine the common isotope The most common isotope of uranium is Uranium-238, not Uranium-235. Uranium-235 is less abundant and needs enrichment, not conversion, to increase its concentration for reactor use.

Explanation

1. Identify the purpose of conversion<br /> Uranium-235 is already suitable for fission reactions due to its ability to sustain a chain reaction. It does not need conversion for reactivity, destructiveness, or stability reasons.<br /><br />2. Determine the common isotope<br /> The most common isotope of uranium is Uranium-238, not Uranium-235. Uranium-235 is less abundant and needs enrichment, not conversion, to increase its concentration for reactor use.
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