corresponding to its initial excited state is (for photon of wavelength λ

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An excited He+ ion emits two photons in succession, with wavelengths 108.5 nm and 30.4 nm, in making a transition to ground state. The quantum number n, corresponding to its initial excited state is (for photon of wavelength λ, energy E=1240eV/λ(in nm) ;
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An excited He+ ion emits two photons in succession, with wavelengths 108.5 nm and 30.4 nm, in making a transition to ground state. The quantum number n, corresponding to its initial excited state is (for photon of wavelength λ, energy E=1240eV/λ(in nm) ; An excited He+ ion emits two photons in succession corresponding to its [...]
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Tags: An excited He+ ion emits two photons in succession , corresponding to its initial excited state is (for photon of wavelength λ , energy E=1240eV/λ(in nm) ; , in making a transition to ground state. The quantum number n , with wavelengths 108.5 nm and 30.4 nm ,