Calculate the wavelength of light that must be absorbed in order to excite an electron from (n = 2) to (n = ∞). This pertains to the highest energy level imaginable for an electron. Note that this means that at n = ∞, the electron would be infinitely far from the atom. Show all your work, including proper units.
2. Calculate the energy, in units of J/atom, for the transition from (n = 1) to (n = ∞). Then express the calculated energy in units of kJ/mole. Compare the energy in kJ/mole with the literature value of the hydrogen ionization energy. Next, comment on any observations. Using complete sentences, define the term "Ionization Energy" for the hydrogen atom.
