The energy levels of a hypotherical one electron atom are shown in figure

Find the ionization potential of the atom.

The energy levels of a hypothetical one electron atom are shown in figure Find the ionization potential of the atom.

The energy levels of a hypotherical one electron atom are shown in figure Find the excitation potential for the state n = 3 .

The energy levels of a hypotherical one electron atom are shown in figure Find the excitation potential for the state n = 3 .

The energy levels of a hypotherical one electron atom are shown in figure Find the short wavelength limit of the series terminating at n = 2 .

The energy levels of a hypotherical one electron atom are shown in figure Find the short wavelength limit of the series terminating at n = 2 .

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 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 hypotherical one electron atom are shown in figure The initial kinetic energy of an electron is 11 eV and it interact with the above said hypothetical one electron atom , the minimum energy carried by the electron after interaction is

The energy levels of a hypotherical one electron atom are shown in figure The initial kinetic energy of an electron is 11 eV and it interact with the above said hypothetical one electron atom , the minimum energy carried by the electron after interaction is

The energy levels of a hypotherical one electron atom are shown in figure If an electron with initial kinetic energy 6 eV is to interact with this hypothetical atom , what minimum energy will this electron carry after interaction?