An electromagnetic wave is called ionizing radiation if its photon energy is larger than, say, 10.0 eV so that a single photon has enough energy to break apart an atom. With reference to the figure below, choose what region or regions of the electromagnetic spectrum fit this definition of ionizing radiation. Figure Description Adjacent wave types exhibit some overlap of frequencies. The wavelength and frequency ranges for each type of radiation are as follows. Long wave radio : > ~1 km f: < ~105 Hz AM Radio : ~1 km to ~100 m f: ~105 Hz to ~5 106 Hz TV, FM Radio : ~10 m to ~1 m f: ~5 107 Hz to ~5 108 Hz Radio : ~103 km to ~1 cm f: ~103 Hz to ~1010 Hz Microwave : ~1 m to ~0.01 mm f: ~5 108 Hz to ~1012 Hz Infrared : ~10 mm to ~400 nm f: ~1011 Hz to ~5 1014 Hz Visible light: The visible light spectrum is expanded to show details of the colors, which are labeled as follows, in order of top (~400 nm) to bottom (~700 nm): 1Violet, Blue, Green, Yellow , Orange, and Red. Ultraviolet : ~700 nm to ~1 nm f: ~1015 Hz to ~1018 Hz X-rays : ~100 nm to ~1 pm f: ~1016 Hz to ~1020 Hz Gamma-rays : ~0.1 nm to ~0.01 pm f: ~1018 Hz to ~1023 Hz radio waves microwaves infrared radiation visible light ultraviolet light x-rays gamma rays