The energy levels in eV of a hypothetical one electron atom (not hydrogen) are given by...

 

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The energy levels in eV of a hypothetical one electron atom (not hydrogen) are given by En = -18.0/n? where n = 1,2,3, . ... (a) Compute the four lowest energy levels and construct energy level diagram. (b) What is the excitation potential of the state n = 2? (c) What wavelengths in angstroms can be emitted these atoms in the ground state are bombarded by electrons that have been accelerated through a potential 16.2 eV? (d) If these atoms are in the ground state, can they absorb radiation having wavelength of 2000 Å? The energy levels in eV of a hypothetical one electron atom (not hydrogen) are given by En = -18.0/n? where n = 1,2,3, . ... (a) Compute the four lowest energy levels and construct energy level diagram. (b) What is the excitation potential of the state n = 2? (c) What wavelengths in angstroms can be emitted these atoms in the ground state are bombarded by electrons that have been accelerated through a potential 16.2 eV? (d) If these atoms are in the ground state, can they absorb radiation having wavelength of 2000 Å?