Base your answers to questions 30 through 33 on e the following information. A photon with 14.60 electronvolts of energy collides with a mercury atom in its ground state. 30. Express the energy of the incident photon in joules. 31. Calculate the frequency of the incident photon. 32. In what region of the electromagnetic spectrum is the frequency of the incident photon? (1) gamma rays (2) infrared (3) visible (4) ultraviolet 33. If the photon collision ionizes the atom, what is the maximum energy that the electron removed from the atom can have? (1) 0.00 eV (2) 4.22 eV (3) 10.38 eV (4) 14.60 eV 34. Calculate the frequency of the photon emitted when the electron in an excited hydrogen atom changes from energy level n = 3 to n = 2.

Base your answers to questions 30 through 33 on e the following information. A photon with 14.60 electronvolts of energy collides with a mercury atom in its ground state. 30. Express the energy of the incident photon in joules. 31. Calculate the frequency of the incident photon. 32. In what region of the electromagnetic spectrum is the frequency of the incident photon? (1) gamma rays (2) infrared (3) visible (4) ultraviolet 33. If the photon collision ionizes the atom, what is the maximum energy that the electron removed from the atom can have? (1) 0.00 eV (2) 4.22 eV (3) 10.38 eV (4) 14.60 eV 34. Calculate the frequency of the photon emitted when the electron in an excited hydrogen atom changes from energy level n = 3 to n = 2.