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The spectrum series of hydrogen-similar atoms are given by the formula 1 1 k² RZ Here R= 0,011nm is the Rydberg constant. Calculate the wavelengths and angular frequencies of the lowest energy photons belonging to the Balmer and Lyman series of the He+ lon.

The spectrum series of hydrogen-similar atoms are given by the formula 1 1 k² RZ Here R= 0,011nm is the Rydberg constant. Calculate the wavelengths and angular frequencies of the lowest energy photons belonging to the Balmer and Lyman series of the He+ lon.

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quantum physics

 

The spectrum series of hydrogen-similar atoms are given by the formula 1 = RZ² n? k λ Here R= 0,011nm is the Rydberg constant. Calculate the wavelengths and angular frequencies of the lowest energy photons belonging to the Balmer and Lyman series of the He+ lon.
Transcribed Image Text:The spectrum series of hydrogen-similar atoms are given by the formula 1 = RZ² n? k λ Here R= 0,011nm is the Rydberg constant. Calculate the wavelengths and angular frequencies of the lowest energy photons belonging to the Balmer and Lyman series of the He+ lon.
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