Problem Solving: Solve the following problems. 1. who Studies of the spectral lines of hydrogen show that the highest frequency of electromagnetic radiation emitted by a hydrogen atom is about 3.28 x 1015 Hz. a. What is the energy of one of the corresponding photons? b. Does this light fall in the infrared, visible, or ultraviolet part of the electromagnetic spectrum? Hint: the approximate shortawavelength end of the visible range is at it = 400 nm. c. How does this photon energy compare with the ionization energy of the hydrogen atom, 13.6 eV? . A photon has an energy of 6.0eV. What is the frequency of the radiation? . How many photons of red light (i=600 run] does it take to have a total energy of L]? Activity 1: Problem Solving Solve the following: 1. What nuclide is formed when so 226pb undergoes alpha decay? 2. What nuclide is produced when Be undergoes electron capture? 3. ",Cu undergoes beta-minus decay. What daughter nuclide is formed? 4. What nuclide is formed when ToNa undergoes beta-plus decay? 5. What nuclide is produced when 25/p undergoes electron capture