| 11. | In the table scenario, I apply the Law of Conservation of Energy.
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| 12. | But although this scenario salvages conservation of energy, it violates gauge symmetry.
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| 13. | There is a general conservation of energy, and they are also vibration.
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| 14. | How would we write out the conservation of energy in this case?
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| 15. | :Conservation of energy is a fundamental consequence of the symmetries of spacetime.
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| 16. | :: Conservation of momentum is simply an extension of the conservation of energy.
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| 17. | Moving them in sympathetic motion is probably a form of conservation of energy.
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| 18. | For the second equality we have used the conservation of energy.
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| 19. | By the conservation of energy, the sum of the two energies is zero.
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| 20. | Now due to conservation of energy we have the OP's conundrum.
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