The mass of the parent nucleus is 228 u and it is at rest initially. The kinetic energy emitted by the alpha particle in the alpha decay process is 4.41 MeV. Calculate the kinetic energyof the daughter nucleus.(A) 0.07875 MeV(B) 0.04546 MeV(C) 0.02526 MeV(D) 0.03636 MeV

The mass of the parent nucleus is 228 u and it is at rest initially. T

1.	The mass of the parent nucleus is 228 u and it is at rest initially. The kinetic energy emitted by the alpha particle in the alpha decay process is 4.41 MeV. Calculate the kinetic energyof the daughter nucleus.(A) 0.07875 MeV(B) 0.04546 MeV(C) 0.02526 MeV(D) 0.03636 MeV
Answer» 0.02526 is ANSWER ekjtudiriuf

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The mass of the parent nucleus is 228 u and it is at rest initially. The kinetic energy emitted by the alpha particle in the alpha decay process is 4.41 MeV. Calculate the kinetic energyof the daughter nucleus.(A) 0.07875 MeV(B) 0.04546 MeV(C) 0.02526 MeV(D) 0.03636 MeV​

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The mass of the parent nucleus is 228 u and it is at rest initially. The kinetic energy emitted by the alpha particle in the alpha decay process is 4.41 MeV. Calculate the kinetic energyof the daughter nucleus.(A) 0.07875 MeV(B) 0.04546 MeV(C) 0.02526 MeV(D) 0.03636 MeV