The L shell absorption edge of rubidium is at 1.81kev and the K (n = 2 -> 1 ) emission line is at 13.41 kev. Calculate the energy of the K-Shell electron in rubidium, and hence estimate the effective nuclear charge for K-Shell electrons.
Alkali so [tex]E = R_h(Z-S)^2 / n^2 [/tex]
where S = shielding
The Attempt at a Solution
K-Shell is in the ground state, n =1. I'm confused at how to use the absorption edge info to find the energy of the rubidium in the K-shell.