Final answer:
Ultraviolet light has less energy compared to X-rays, which means Compton scattering would be harder to detect with ultraviolet light as the lower energy photons are less likely to interact and be scattered.
Step-by-step explanation:
The question is attempting to compare the energy levels of ultraviolet light and X-rays and their implications for Compton scattering. When comparing the energy of ultraviolet light to that of X-rays, ultraviolet light carries less energy than X-rays. Compton scattering, a phenomenon where electromagnetic radiation, such as X-rays, scatters off a target (usually an electron), is influenced by the energy of the incoming photons. Since X-rays have higher energy, they are more likely to undergo Compton scattering compared to ultraviolet light. Consequently, Compton scattering would not be easier to detect with ultraviolet light; rather, it would be more difficult because the likelihood of interaction is lower due to the lower energy of ultraviolet photons.