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How do I solve this? reference U L J You suddenly nd yourself in a universe Where the Coulomb interaction is twice as strong as
How do I solve this?
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U L J You suddenly nd yourself in a universe Where the Coulomb interaction is twice as strong as it is in your original universe. You quickly determine that the mass of the neutron, proton, 40 and electron have not changed. You have with you a portable mass spectrometer (with a resolution of 106 u). You're able to quickly recalibrate your spectrometer to account for the change in the Coulomb interaction. 4.3 c[8points] As you try to think about your findings from the mass spectrometer, you speculate that in this universe the nuclear force might operate over much longer distances, so that each nucleon in a nucleus interacts with every other nucleon, not just its nearest neighbors. You 60 also speculate that the nuclear force in this universe loses intensity with distance, similar to gravity or the Coulomb interaction. Rewrite the Bethe-Weizsacker formula to reflect thisStep by Step Solution
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