The electron in a hydrogen atom jumps back from an excited state to ground state, by emitting a photon of wavelength `lambda_(0) = (16)/(15R)`, where R is Rydbergs's constant. In place of emitting one photon, the electron could come back to ground state by

Options

A. Emitting 3 photons of wavelengths `lambda_(1),lambda_(2)` and `lambda_(3)` such that `(1)/(lambda_(1)) +(1)/(lambda_(2))+(1)/(lambda_(3)) = (15R)/(16)`
B. Emitting 2 photons of wavelength `lambda_(1)` and `lambda_(2)` such that `(1)/(lambda_(1))+(1)/(lambda_(2)) = (15R)/(16)`
C. Emitting 2 photons of wavelength `lambda_(1)` and `lambda_(2)` such that `lambda_(1)+lambda_(2) = (16)/(15R)`
D. Emitting 3 photons of wavelength `lambda_(1),lambda_(2)` and `lambda_(3)` such that `lambda_(1)+lambda_(2)+lambda_(3) = (16)/(15R)`