A hydrogen atom in the ground state is excited by radiation of wavelength 975 amstrong.The energy state to which the atom is excited is
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Energy of photon of wavelength 975 Å ,

Energy of photon of wavelength 975 Å in electron volt,


After absorbing energy of the photon let electron excites to level m.
Energy of electron in mth level in hydrogen atom is given by,

The difference in the energy in the two levels must be equal to the energy of the photon.
the number of spectral lines possible are 6.
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Energy of photon of wavelength 975 Å in electron volt,


After absorbing energy of the photon let electron excites to level m.
Energy of electron in mth level in hydrogen atom is given by,

The difference in the energy in the two levels must be equal to the energy of the photon.
the number of spectral lines possible are 6.
plzz mark as brainlist..
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Answer:
Calculate the wavelength of the hydrogen atom from ground state to third exciting state?
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