the wave no. of the first line of balmer series of hydrogen is 15200cm-1.the wave no. of the first balmer line of li2+ ion is?

Question

The energies of the stationary states for hydrogen-like species such as Li2+, He+, etc. are an integral multiple of Z2 times the energies of the stationary states for hydrogen atoms, in similar transitions.

Hence, the wave number of the first Balmer line of Li2+ ion = 32 x 15200/cm = 9 x 15200/cm = 136800/cm.

kratos · Answer 1 · 2020-08-12T04:59:47+0000

The energies of the stationary states for hydrogen-like species such as Li2+, He+, etc. are an integral multiple of Z2 times the energies of the stationary states for hydrogen atoms, in similar transitions.

Hence, the wave number of the first Balmer line of Li2+ ion = 32 x 15200/cm = 9 x 15200/cm = 136800/cm.

the wave no. of the first line of balmer series of hydrogen is 15200cm-1.the wave no. of the first balmer line of li2+ ion is?

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the wave no. of the first line of balmer series of hydrogen is 15200cm-1.the wave no. of the first balmer line of li2+ ion is?

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