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B Decays Via the Reaction Be → E

question 103

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B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV B decays via the reaction B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV Be → B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV E + B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV B+ + λ
What is the maximum energy of the gamma ray produced if atomic masses are:
B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV B = 11.00931 amu, B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV Be = 11.0216 amu, B decays via the reaction Be → E + B<sup>+</sup> + λ What is the maximum energy of the gamma ray produced if atomic masses are: <sub> </sub> B = 11.00931 amu, Be = 11.0216 amu, E = 0.00055 amu? Please express your answer in electron volts,amu = 931.5 MeV. A) 11.4 MeV B) 0.0118 MeV C) 13.2 MeV D) 12.0 MeV E) 10.8 MeV E = 0.00055 amu?
Please express your answer in electron volts,amu = 931.5 MeV.

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