Which type of electromagnetic wave has a frequency greater than visible light but less than x-rays?

Ultraviolet light is correctly identified as having a frequency greater than that of visible light and less than that of x-rays. The electromagnetic spectrum is divided into various regions based on the frequency of the waves. Visible light, which is what the human eye can perceive, occupies a specific range of wavelengths between infrared light (which has a lower frequency) and ultraviolet light (which has a higher frequency).

Ultraviolet light serves as the bridge between the visible spectrum and x-rays. The frequency of ultraviolet light ranges approximately from 8 x 10^14 Hz to 3 x 10^16 Hz. X-rays, on the other hand, begin at frequencies higher than this range, which places ultraviolet light firmly in the correct position on the spectrum.

Infrared light is located at a lower frequency than visible light, and radio waves are significantly lower in frequency compared to all the options considered. X-rays, while having frequencies that exceed ultraviolet light, fall outside the specified range. Hence, ultraviolet light is the only option that accurately fits the given criteria of greater frequency than visible light and less than x-rays.