How much energy is required to ionise a H atom if the electron occupies `n = 5` orbit?

How much energy is required to ionise a H atom if the electron occupied n = 5 orbit? Compare your answer with the ionization enthalpy of H atom (energy required to remove the electron from n = 1 orbit)

How much energy is required to ionise an H atom if the electron occupies n=5 orbit? Compare your answer with the ionisation enthaply of H atom (anargy required to remove the electronic from n=1 orbit).

How much energy is required to ionise a H - atom if the electron occupie n=5 orbit ? Compare your answer with the ionization energy fo H-atom (energy required to remove the electron from n= 1 orbit ).

How much energy is réquired to ionise a 'H' atom if the electron occupies 'n=5' orbit? Compare your answer with the ionisation enthalpy of 'H' atom (energy required to remove the electron from 'n=1' orbit).

How much enerrgy is needed to ionise a H-atom if the electron occupies n=5 orbit? Compare your answer with the ionisation enthalpy of H-atom (energy required to remove the electron from n=1 orbit).

Ionisation energy of hydrogen atom is 13.6 eV. Then the energy required to ionise a hydrogen atom in which the electron is in the second orbit from the nucleus is (eV)

Energy of an electron in the n-th orbit of H-atom, E_(n)=(-2.17xx10^(-11))/(n^(2))erg . How much energy is required to remove the electron from its second orbit? Also calculate the wavelength of the light used for this process?

The energy of electron of H atom is, E_n = -(2.18xx10^-18)/n^2 J. How amount of energy is required to remove the electron from n = 2 orbit? What is the value of longest wave length of light required to remove this electron?

How much energy is required to send the electron at infinite distance from the n = 3 orbit in He^(+) ?