| 1. | The fundamental force underlying atomic systems, the electromagnetic force, is essentially understood.
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| 2. | For charged particles, the electromagnetic force overwhelms the much weaker gravitational interaction.
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| 3. | Gravity is very weak on small scales compared to electromagnetic forces.
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| 4. | The energy would have to overcome the electromagnetic forces binding the atoms together.
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| 5. | I was under the impression that it was due to the electromagnetic force.
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| 6. | Why is the strong force stronger than the electromagnetic force?
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| 7. | Neutrons don't have any effect on the electromagnetic forces, but do add strong force.
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| 8. | This concept worked well with electromagnetic forces in terms of these units encountered difficulties.
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| 9. | At energies near and beyond the mass of the carriers of the electromagnetic force.
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| 10. | Electromagnetic force ( chemistry ) is unchanged under such molecular reflection transformation ( P-symmetry ).
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