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Waves and their Characteristics
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Higher rates of velocity change result in higher frequency shorter wavelength radiation. The observed intensity of thermal radiation emitted by as a function of wavelength can be described by the Planck Radiation Law Physics The Planck Radiation Law gives the intensity of radiation as a function of wavelength for a fixed temperature. The Planck law gives a continuous distribution, which peaks at some wavelength. The peak shifts to shorter wavelengths for higher temperatures, and the area under the curve grows rapidly with increasing temperature.
By observing the continuous distribution of the thermal radiation emitted by an object, we can learn its temperature. When light passes through or reflects or scatters of matter, it interacts with the atoms and molecules. Atoms and molecules have characteristic resonance frequencies.
Electromagnetic Spectrum: Microwaves, Infrared, X-ray, Videos, Examples
The preferentially interact with light waves of exactly those frequencies. When excited in collisions, atoms and molecules emit light with a set of characteristic frequencies. This results in a line spectrum.