Satellites and Binding Energy EX 14: Difference between revisions

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Created page with 'Given that the electron in <math>He^+</math> has energy -54.4 eV, its binding energy is 54,4 eV. If this electron absorbs 100 eV of energy, then it will escape the "bond" with th…'
 
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Latest revision as of 06:56, 16 September 2011

Given that the electron in He+ has energy -54.4 eV, its binding energy is 54,4 eV. If this electron absorbs 100 eV of energy, then it will escape the "bond" with the nucleus. In other words, the helium ion will ionize and become He++. The total kinetic energy of the system electron-He++ will be 45.6 eV.