Photoelectron spectroscopy typically measures the binding energy of electrons in units of MJ/mol. Use the value for the energy of an electron in a hydrogen atom in the ground state that you just calculated using the Bohr model to predict the binding energy for the electron in hydrogen in units of MJ/mol. Note: If you are not sure where to start to answer this question, click on the "Extra Info" button. Binding energy for the electron in hydrogen predicted by the Bohr model =

Photoelectron spectroscopy typically measures the binding energy of electrons in units of MJ/mol. Use the value for the energy of an electron in a hydrogen atom in the ground state that you just calculated using the Bohr model to predict the binding energy for the electron in hydrogen in units of MJ/mol. Note: If you are not sure where to start to answer this question, click on the "Extra Info" button. Binding energy for the electron in hydrogen predicted by the Bohr model = MJ/mol Check your calculated value. To answer this question, remember that Ebinding=Ee. It can also be helpful to think of the units for the energy of the electron as J/electron, while the units for the binding energy are MJ/mol of electrons. You will need Avogadro's number and conversion factor for the prefix mega (M)