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8 n=5 n = 6 n= 3 - n=2 n = er 10 S-I The...

8 n=5 n = 6 n= 3 - n=2 n = er 10 S-I The energy levels of a hypothetical one electron atom are shown in the figure. (a) Find the ionization potential of this atom. (b) Find the short wavelength limit of the series terminating at n = 2 (C) Find the excitation potential for the state n = 3. (d) Find wave number of the photon emitted for the transition n = 3 to n = 1. (e) What is the minimum energy that an electron will have after interacting with this atom in the ground state if the initial kinetic energy of the electron is (1) 6 eV (ii) 11 eV n=1 -

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The energy levels of a hypotherical one electron atom are shown in figure Find the wave number of the photon emitted for the transition n = 3 to n = 1

The energy levels of a hypothetical one electron atom are shown in the figure. (a)Find the ionization potential of this atom. (b) Find the short wavelength limit of the series terminating at n=2 (c ) Find the excitaion potential for the state n=3. (d) find wave number of the photon emitted for the transiton n=3 to n=1 prop _______________ 0eV n=5 __________________ -0.80 eV n=4 ______________ -1.45 eV n=3__________________ -3.08 eV n=2_______________ -5.30 eV n=1 ____________________ -15.6 eV .

The energy levels of a hypothetical one electron atom are shown in the figure. (a)Find the ionization potential of this atom. (b) Find the short wavelength limit of the series terminating at n=2 (c ) Find the excitaion potential for the state n=3. (d) find wave number of the photon emitted for the transiton n=3 to n=1 prop _______________ 0eV n=5 __________________ -0.80 eV n=4 ______________ -1.45 eV n=3__________________ -3.08 eV n=2_______________ -5.30 eV n=1 ____________________ -15.6 eV .

Energy of the lowest level of hydrogen atom is -13.6 eV . The energy of the photon emitted in the transition from n=3 to n=1 is