Atomic Number Change in Fermium-252 After Beta Decay

AI Thread Summary
Beta decay of fermium-252 involves the emission of a beta particle, which can be either an electron or a positron. If an electron is emitted, the atomic number of the nucleus increases by one, while if a positron is emitted, the atomic number decreases by one. Additionally, during beta decay, an antineutrino is emitted with an electron, and a neutrino is emitted with a positron. Understanding these changes is crucial for comprehending the behavior of atomic nuclei during radioactive decay. The atomic number change is a fundamental aspect of nuclear chemistry.
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Suppose that the fermium-252 nucleus could undergo a decay in which a (beta-) particle was produced. How would this affect the atomic number of the nucleus? Explain briefly.

This looks pretty easy, but I think it's trying to trick you. Thank you for helping.
 
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I don't think so...The answer should be pretty easy.

Daniel.
 
Ok , first of all you should know that beta particle is either an electron or a positron.

But generally by beta decay we mean an electron or positron.Therefor ethe atomic number of the element undergoing the decay will either end up 1) lowering its atomic number if its a positron being emitted and 2) elevating its atomic number by 1 if its an electron its emitting.

And one thing more, you should note that in a B-decay , when an electron is emitted an antinuetrino is always em,itted which is a kind of radiation and when a positron is emitted , a nuetrino particle is always emitted.
 
Thanks alot.
 
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