An atom with 2 neutrons, 1 proton, 1 electron, is in its ground state when one of its neutrons undergoes a nuclear decay β (n → p + e + ν). The produced electron is fired at high speed, while the proton remains confined in the nucleus, forming a Helium nucleus with the original electron spinning around him. Find the probability that the ion resulting from He + is in the state 1S.
An atom with 2 neutrons, 1 proton, 1 electron, is in its ground state when one of its neutrons undergoes a nuclear decay β (n → p + e + ν). The produced electron is fired at high speed, while the proton remains confined in the nucleus, forming a Helium nucleus with the original electron spinning around him. Find the probability that the ion resulting from He + is in the state 1S.
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An atom with 2 neutrons, 1 proton, 1 electron, is in its ground state when one of its neutrons undergoes a nuclear decay β (n → p + e + ν). The produced electron is fired at high speed, while the proton remains confined in the nucleus, forming a Helium nucleus with the original electron
spinning around him. Find the probability that the ion resulting from He + is in the state 1S.
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