In which location would a free neutron from a decaying U-235 atom be most likely to cause another atom to split?
A. in a sample of naturally occurring uranium
B. in a sample of enriched uranium
C. in a sample of rock or soil
D. in the Sun’s core
E. in a distant star
Answers
Answered by
9
The appropriate option would be B .
This is due to the reason enriched U has insignificant polluting influences. Along these lines, the U -235 particles focuses together and the possibilty of high energy neutron bombarding another Uranium -235 molecule in the region is high. This builds the rate of radioactive chain response. This is the reason enhanced uranium is utilized to make nuclear bombs and atomic reactors.
This is due to the reason enriched U has insignificant polluting influences. Along these lines, the U -235 particles focuses together and the possibilty of high energy neutron bombarding another Uranium -235 molecule in the region is high. This builds the rate of radioactive chain response. This is the reason enhanced uranium is utilized to make nuclear bombs and atomic reactors.
Answered by
12
Answer:
The appropriate option would be B .
Explanation:
This is due to the reason enriched U has insignificant polluting influences. Along these lines, the U -235 particles focuses together and the possibilty of high energy neutron bombarding another Uranium -235 molecule in the region is high. This builds the rate of radioactive chain response. This is the reason enhanced uranium is utilized to make nuclear bombs and atomic reactors.
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