In terms of energy, which waveform is positioned between ultraviolet light and gamma rays?

The waveform that is positioned between ultraviolet light and gamma rays in terms of energy levels is X-ray. Electromagnetic radiation is categorized by its wavelength and frequency, which correspond to different energy levels.

Ultraviolet light has higher energy than visible light, and its wavelengths are shorter than those of visible light but longer than X-rays. Gamma rays, on the other hand, have the highest energy in the electromagnetic spectrum, with very short wavelengths. The X-ray region occupies the space between these two, possessing higher energy than ultraviolet light but lower energy than gamma rays.

Microwaves, red light, and radio waves have longer wavelengths and lower energy than ultraviolet light. Therefore, they do not fall between ultraviolet light and gamma rays energetically. This positioning of X-rays reflects their applications in medical imaging and treatments, where their energy is sufficient to penetrate tissues, yet lower than that of gamma rays, which are far more penetrating and utilized in nuclear medicine.