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The ratio of the longest wavelength to the shortest wavelength in the Balmer series is 9/5.
B) There is an overlap between the wavelength ranges of Balmer and Paschen series.
C) The wavelengths of Lyman series are given by (1+1(m^2))lambda0, where lambda0 is the shortest wavelength of Lyman series and m is an integer.
D) The wavelength ranges of Lyman and Balmer series do not overlap.

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