8. Assignment Booklet 10 An electron in the 3rd stationary state around a hydrogen atom has an energy value of -1.512 eV. What will the electron's energy be if the hydrogen atom absorbs a photon with a wavelength of 1090 nm? 0 7- 1090 m Etotal = ? E, = - 1. 512 ev Ertal = E, + Ez 2 F . nc E , : = 1 512 + 1, 139 h= 6.63 x 10 34 = (6.63x10-34) (3.00x 108) =0. 372 1090 C = 3.00 * 10B = 1.139 CV Ex = - 0. 372ev 9. Regarding the shortest wavelength photon emitted in the hydrogen atom, what energy transition emits this photon? The electron will emit a photon of highest energy and with shortest wavelength when it moves from any highest chergy or bit 10. Calculate the shortest wavelength photon that is emitted in the hydrogen atom