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answerhappygod
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(a) Using the information in Table 1, calculate the maximum kinetic energy of the neutrino (v) emitted in the following decay: 5341 +524 Te + B+ +v (b) A proposed neutrino detector operates by counting neutrino-induced inverse beta decay. Use the information Table 1 to determine whether the proposed detector is able to detect the maximum energy neutrinos produced in the B+ decay of 5341. Table 1: Atomic masses in u: H 1.007825 1.008665 1241 123.906207 124 Te 123.902818 n 53 52 Electron rest mass energy 0.511003 MeV/c2 1 amu 931.494095 MeV/c2
(a) Using the information in Table 1, calculate the maximum kinetic energy of the neutrino (v) emitted in the following decay: 5341 +524 Te + B+ +v (b) A proposed neutrino detector operates by counting neutrino-induced inverse beta decay. Use the information Table 1 to determine whether the proposed detector is able to detect the maximum energy neutrinos produced in the B+ decay of 5341. Table 1: Atomic masses in u: H 1.007825 1.008665 1241 123.906207 124 Te 123.902818 n 53 52 Electron rest mass energy 0.511003 MeV/c2 1 amu 931.494095 MeV/c2
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