The ammount of enrgy requred to remove the electron from a `Li^(2+)` ion in its grojnd state is , how many times greater than the amount of enrgy reuired to remove the elrcton firm an H-atom in its grojn state ?

The amount of energy required to remove the electron from a Li^(2+) ion in its ground state is how many times greater than the amount of energy required to remove the electron from an H atom in its ground state:

The amount of energy required to remove the electron from a Li^(+2) ion in its ground state is x times that of the amount of energy required to remove the electron from an H-atom in its ground state find .x.

Calculate the minimum amount of energy requried to remove the electron from a hydrogen atom in its ground state.

The energy required to remove an electron from a gaseous atom from its ground state is called

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?

A hydrogen-like atom in its first excited state has excitation energy of 91.8 eV. The energy required to remove the electron from its ion is: