1- Find the wavelength of the photon emitted when hydrogen makes a transition from (a) n= 8 ? 5 (b) n= 10 ? 1 and (c) n= 6 ? 1 Hint: We introduced the equation to solve for energies of excited and emitted photons, but we also have equations that related energy and frequency (will need your energy in Joules not eV to use this equation) ), and last module, in our discussion of waves, we heavily used an equation that relates frequency to wavelength.

1- Find the wavelength of the photon emitted when hydrogen makes a transition from (a)n=8-=25 (b)n=10=1 and(c)n=6=1 Hint: We introduced the equation to solve for energies of excited and emitted photons, but we also have eqguations that related energy and frequency (will need your energy in Joules not eV to use this equation) ), and last module, in our discussion of waves, we heavily used an equation that relates frequency to wavelength