A uranium nucleus (mass 238

  1. A plutonium- 239 nucleus initially at rest undergoes alpha decay to produce a uranium-235 nucleus. The uranium-235 nucleus has a
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  2. A plutonium- 239 nucleus initially at rest undergoes alpha decay to produce a uranium-235 nucleus. The uranium-235 nucleus has a
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  3. a uranium-238 nucleus may stay in one piece for billions of years, but later it decays into an a particle of mass 6.64 x 10^-27
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  4. A uranium nucleus238 U may stay in one piece for billions of years, but sooner or later it decays into an α particle of mass
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  5. A uranium nucleus 238U may stay in one piece for billions of years, but sooner or later it decays into an a particle of mass
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  6. A uranium nucleus 238U may stay in one piece for billions of years, but sooner or later it decays into an a particle of mass
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  7. A uranium nucleus 238U may stay in one piece for billions of years, but sooner or later it decays into an a particle of mass
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  8. A uranium nucleus 238U may stay in one piecefor billions of years, but sooner or later it de- cays into an particle of mass
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  9. A uranium nucleus (mass 238 u), initially at rest, undergoes radioactive decay. After an alpha particle (mass 4.0 u) is emitted,
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  10. A uranium nucleus (mass 238 u), initially at rest, undergoes radioactive decay. After an alpha particle (mass 4.0 u) is emitted,
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