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Question: A Fast-moving Electron Can Slow Down By Colliding With Electrons In Atoms, Exciting Them. The Fast Moving Electron Loses [kinetic/potential/radiative) Energy And The Electron In The Atom Gains Ikinetic/potential/radiative). Radiative, Potential Potential. Radiative Kinetic, Kinetic Potential, Potential Kinetic, Potential Potential, Kinetic

Question: A Fast-moving Electron Can Slow Down By Colliding With Electrons In Atoms, Exciting Them. The Fast Moving Electron Loses [kinetic/potential/radiative) Energy And The Electron In The Atom Gains Ikinetic/potential/radiative). Radiative, Potential Potential. Radiative Kinetic, Kinetic Potential, Potential Kinetic, Potential Potential, Kinetic

A fast-moving electron can slow down by colliding with electrons in atoms, exciting them. The fast moving electron loses [kin

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A fast-moving electron can slow down by colliding with electrons in atoms, exciting them. The fast moving electron loses [kinetic/potential/radiative) energy and the electron in the atom gains Ikinetic/potential/radiative). radiative, potential potential. radiative kinetic, Kinetic potential, potential kinetic, potential potential, kinetic




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