Question 2 18Ne decays with the emission of two positron particles with Emax values of 3.42 MeV and 2.38 MeV. A gamma ray with an energy of 1.04 MeV is also observed. Draw a decay diagram that accounts for all this information. Also calculate the maximum possible positron energy for this decay, Find the atomic masses of the relevant atoms online.
Question 2 18Ne decays with the emission of two positron particles with Emax values of 3.42 MeV and 2.38 MeV. A gamma ray with an energy of 1.04 MeV is also observed. Draw a decay diagram that accounts for all this information. Also calculate the maximum possible positron energy for this decay, Find the atomic masses of the relevant atoms online.
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![Question 2
18Ne decays with the emission of two positron particles with Emax values of 3.42 MeV and 2.38 MeV. A gamma ray with an energy of
1.04 MeV is also observed. Draw a decay diagram that accounts for all this information. Also calculate the maximum possible positron
energy for this decay. Find the atomic masses of the relevant atoms online.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd15ca78f-d339-411c-ac41-c755ea0863da%2F87778fc5-74bd-4c8e-bf51-d57ebc832eb6%2Fvwxq2zb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 2
18Ne decays with the emission of two positron particles with Emax values of 3.42 MeV and 2.38 MeV. A gamma ray with an energy of
1.04 MeV is also observed. Draw a decay diagram that accounts for all this information. Also calculate the maximum possible positron
energy for this decay. Find the atomic masses of the relevant atoms online.
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