2. For the H. line (n=3) of the Balmer series for hydrogen; (a) find the wavelength. (b) find the frequency. (c) find th
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2. For the H. line (n=3) of the Balmer series for hydrogen; (a) find the wavelength. (b) find the frequency. (c) find th
2. For the H. line (n=3) of the Balmer series for hydrogen; (a) find the wavelength. (b) find the frequency. (c) find the photon energy. (Rh=1.097X107 m-1, h=6.626x10-34 J.s, c=3x108 m/s) (CLO2) (25 points)
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