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An atom of hydrogen is exposed to a monochromatic electromagnetic wave, which, within the dipole approximation, can be represented by the electric field E(t) = Eo y sin wt, where y is a unit vector in the y-direction and Eo is a constant. Give the potential energy of the atomic electron in the electric field. Explain briefly your answer.

An atom of hydrogen is exposed to a monochromatic electromagnetic wave, which, within the dipole approximation, can be represented by the electric field E(t) = Eo y sin wt, where y is a unit vector in the y-direction and Eo is a constant. Give the potential energy of the atomic electron in the electric field. Explain briefly your answer.

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An atom of hydrogen is exposed to a monochromatic electromagnetic wave, which, within the dipole approximation, can be represented by the electric field E(t) = Eo y sin wt, where y is a unit vector in the y-direction and Eo is a constant. Give the potential energy of the atomic electron in the electric field. Explain briefly your answer.
Transcribed Image Text:An atom of hydrogen is exposed to a monochromatic electromagnetic wave, which, within the dipole approximation, can be represented by the electric field E(t) = Eo y sin wt, where y is a unit vector in the y-direction and Eo is a constant. Give the potential energy of the atomic electron in the electric field. Explain briefly your answer.
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