1st excitation potential for the H-like (hypothetical) sample is 24 V. Then:

If I exciation energy for the H-like (hypothetical) sample is 24 eV, then binding energy in III excited state is :

If I exciation energy for the H-like (hypothetical) sample is 24 eV, then binding energy in III excited state is :

If I exciation energy for the H-like (hypothetical) sample is 24 eV, then binding energy in III excited state is : (a)2eV (b)3eV (c)4eV (d)5eV

If the I excitation potential of a hypothetical H-like is 162 V, then the value of II excitation energy is about :

If the first excitation potential of a hypothetical hydrogen like atom is 15 V, then the third excitation potential of the atom is

The first excitation potential of a hypothetical hydrogen- like atom is 15 V . Find the third excitation potential of the atom.

The first excitation potential of a hypothetical hydrogen- like atom is 15 V . Find the third excitation potential of the atom.

If the 2nd excitation potential for a Hydrogen like atom in a simple is 108.9V . Then the series limit of the paschen series for this atom is:

1^(st) excitation Potential of a hydrogen like sample is 15 volt. If all the atoms of the sample are in 2^(nd) excited state then find the K.E. in eV of the electron ejected if a photon of energy (65)/(9)eV is supplied to this sample.