3 A mass spectrometer is designed to separate fissionable uranium-235 atoms from non-fissionable Uranium-238 atoms. 4 a) Calculate the ratio of the radius for a U-238 atom compared to that of a U-235 atom. (A/3) b) The radius of the magnetic field in the spectrometer was approximately 1.22 m. How far apart were the slits for the two isotopes. (k/2)

3 A mass spectrometer is designed to separate fissionable uranium-235 atoms from non-fissionable Uranium-238 atoms. 4 a) Calculate the ratio of the radius for a U-238 atom compared to that of a U-235 atom. (A/3) b) The radius of the magnetic field in the spectrometer was approximately 1.22 m. How far apart were the slits for the two isotopes. (k/2)

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XXIV
Q2. An aluminum absorber of thickness 8 g/cm. The beam intensity is 8.24 J/ m s. a) Calculate the fraction of photons transmitted without interaction. b) What is the total transmitted beam intensity? c) What is the rate of energy absorption per unit mass in the aluminum?
Give typed full explanation
lecture example
c. Starting from the formula for the magnetic force experienced by a particle in a magnetic field, derive the for the diameter of the circular path followed by the formula r = for the radius, and hence D = mv 2eB alpha particle above. mv eB
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