Compute the transition dipole and oscillator strength for the following hydrogen atom transitions 1s 3p 0
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Compute the transition dipole and oscillator strength for the following hydrogen atom transitions 1s ↔ 3p0 and 1s ↔ 4p0.
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The transition dipole moment and oscillator strength f for an electronic transition can be calculated using the following formulas Transition Dipole Moment e a r Oscillator Strength f f 23 3 2 h c Where e is the elementary charge 1602 x 1019 C a is the Bohr radius 5291 x 1011 m r is the change in the radial distance between the electron and the nucleus during the transition is the angular frequency of the transition light 2c where c is the speed of light and is the wavelength of the transition is the vacuum permittivity 8854 x 1012 Fm h is the Planck constant 6626 x 1034 Js c is the speed of light 2998 x 108 ms For the transitions 1s 3p0 and 1s 4p0 well need to calculate ...View the full answer
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