A student compares the mechanisms of single-photon interactions with electrons in the photoelectric effect and in Compton scattering. Which row in the following table correctly identifies the fate of the incident photon in the photoelectric effect, the state of the electron required for complete photon absorption, and the change in wavelength of the scattered photon in Compton scattering?

	Fate of Incident Photon in Photoelectric Effect	Interacting Electron in Photoelectric Effect	Scattered Photon in Compton Scattering
(A)	Completely absorbed	Bound to an atom or lattice	Wavelength increases (\(\lambda' > \lambda\))
(B)	Completely absorbed	Free and isolated	Wavelength increases (\(\lambda' > \lambda\))
(C)	Completely absorbed	Bound to an atom or lattice	Wavelength decreases (\(\lambda' < \lambda\))
(D)	Inelastically scattered	Free and isolated	Wavelength increases (\(\lambda' > \lambda\))