** 5. The bare mass of a carbon-12 nucleus (no atomic electrons included) is 11,174.9 MeV Find the amount by which the rest energy of a carbon-12 nucleus is less than the sum of the rest energies of the individual nucleons that make it up (this is called “the binding energy" o carbon-12).

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** 5. The bare mass of a carbon-12 nucleus (no atomic electrons included) is 11,174.9 MeV.
Find the amount by which the rest energy of a carbon-12 nucleus is less than the sum of the
rest energies of the individual nucleons that make it up (this is called “the binding energy" of
carbon-12).
Transcribed Image Text:** 5. The bare mass of a carbon-12 nucleus (no atomic electrons included) is 11,174.9 MeV. Find the amount by which the rest energy of a carbon-12 nucleus is less than the sum of the rest energies of the individual nucleons that make it up (this is called “the binding energy" of carbon-12).
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