Ratio between the wavelength of first line of lyman series to wavelength of last line of balmer series in Li+3 spectrum?
Dear Student,
There seems to be a problem in your question. Emission or absorption spectra of hydrogen like species such as He+, Li2+, Be3+ can be explained with the help of Bohr's theory and not Li3+. Moreover, Li3+ contains no electrons so it doesnot behave like Hydrogen and its emission and absorption spectra is even not possible as there is no electrons for transition.
Kindly recheck your question and then post again so that we can provide you with more meaningful help.
Regards,
There seems to be a problem in your question. Emission or absorption spectra of hydrogen like species such as He+, Li2+, Be3+ can be explained with the help of Bohr's theory and not Li3+. Moreover, Li3+ contains no electrons so it doesnot behave like Hydrogen and its emission and absorption spectra is even not possible as there is no electrons for transition.
Kindly recheck your question and then post again so that we can provide you with more meaningful help.
Regards,