What does this mean specifically (quantitatively) in the Bohr model? What is the ionization energy of doubly ionized Li?
How would you modify your results above for singly ionized Li?
Learn to derive the expression for the allowed energies of the Bohr hydrogen atom. Be prepared to do this for slightly different systems.
What is the electronic structure of oxygen? How many unpaired electrons are there?
How would you expect the ionization energy of Ne to compare to Li? How about the radius?
What would naively expect the chemical formula of a compound containing potassium and flourine to be? Why? How about a compound containing potassium and oxygen? Why?
How would you expect the wavelength of the Ka
x-ray line for tungsten to compare to that for gold? Do you understand why Z-1 comes into the relevant equation?
Use your understadning of the Bohr model to estimate the frequency of radiation would you expect to be emitted by a muon (mass = 207 times that of the electron) as it is captured by a Platinum ion of charge +1? Would you expect your estimate to be high or low?