What is the only difference among gamma rays, x-rays, and visible light?

The primary distinction among gamma rays, x-rays, and visible light lies in their frequency. In the electromagnetic spectrum, these types of radiation are categorized based on their frequencies, which correlate directly with their energy levels and wavelengths.

Gamma rays have the highest frequencies, followed by x-rays, and then visible light, which has much lower frequencies. Higher frequency radiation contains more energy, which explains many of the different properties and interactions of these rays with matter. For example, gamma rays are very high in energy, allowing them to penetrate various materials more effectively than lower frequency radiation like visible light.

The other aspects such as energy, amplitude, and wavelength are indeed interconnected with frequency but are not the only differences. Energy is directly related to frequency, with increased frequency corresponding to greater energy, while amplitude refers to the height of the wave and does not differentiate between these types of radiation. Wavelength is inversely related to frequency; thus, it varies amongst gamma rays, x-rays, and visible light in a way that aligns with their frequencies, but does not constitute the distinct feature that separates them as described in the query.