What initial mass of 235U

  1. A mass spectrometer is used to separate isotopes. If the bean emerges with a speed of 374 km/s and the magnetic field in the
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  2. What initial mass of 235U is required to operate a 650-MW reactor for 1 year? Assume 40% efficiency.
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  3. A mass spectrometer as shown in the attached figure is used to separate isotopes. If the bean emerges with a speed of 363 km/s
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  4. (a) Given that the energy released per fission of 235U nucleus is 200MeV, calculate (i) the number of fissions and (ii) the
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  5. A nuclear reactor for producing neutron beams is refuelled with about 10 kgof uranium, which contains initially 90% of the
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  6. A nuclear reactor for producing neutron beams is refuelled with about 10 kgof uranium, which contains initially 90% of the
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    2. Ryan asked by Ryan
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  7. Results%Δ mass = (mass final – mass initial) / mass initial Beaker containing Initial mass Final Mass Mass difference %change
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  8. Results%Δ mass = (mass final – mass initial) / mass initial Beaker containing Initial mass Final Mass Mass difference %change
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  9. Results%Δ mass = (mass final – mass initial) / mass initial Beaker containing Initial mass Final Mass Mass difference %change
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  10. Results%Δ mass = (mass final – mass initial) / mass initial Beaker containing Initial mass Final Mass Mass difference %change
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