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Plutonium 238Pu94 has an α decay half life of 90 years (2.7 × 109s). If each of the α particles is emitted with 5.5 MeV energy, then find the average power released (till 50% has decayed) if there are 238 gms of 238Pu (i.e. 6 × 1023 atoms)(in Watts)
The binding energy of a heavy nucleus is about 7 MeV/nucleon, whereas the B.E of a medium weight nucleus is about 8 MeV/nucleon. Therefore the total K.E liberated when a heavy nucleus undergoes symmetric fission is (in MeV).
What should be the order of the energy of the electron beam which is to be used to explore the nuclear charge distribution (take the radius to be of the order of 10 fm) and also nucleon charge distribution (r = 0.8 fm)(in GeV)
When α particles are directed onto atoms in a thin metal foil, some make very close collisions with the nuclei of the atom and are scattered at large angles. If an α particle with an initial kinetic energy of 5MeV happens to be scattered through an angle of 180°. Find the distance of closest approach to the scattering nucleus. (in fm)
A sample of radioactive nuclei of a certain element can decay only by γ emission and β emission. If half life for γ emission is 24 minutes and that for γ emission is 36 minutes, the half life for the sample is how much? (in minutes)
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