In a sequence of two consecutive steps, a hydrogen atom in its ground state absorbs two photons and finally reaches its n=7 excited state. The energy of the first incident photon is found to be 12.47 eV , with an error margin of 0.32 eV . T

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In a sequence of two consecutive steps, a hydrogen atom in its ground state absorbs two photons and finally reaches its n=7 excited state. The energy of the first incident photon is found to be 12.47 eV , with an error margin of 0.32 eV . The energy, in eV , of second absorbed photon is closest to

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In a sequence of two consecutive steps, a hydrogen atom in its ground state absorbs two photons and finally reaches its n=7 excited state. The energy of the first incident photon is found to be 12.47 eV , with an error margin of 0.32 eV . The energy, in eV , of second absorbed photon is closest to

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