- The continuous distribution of colours in a spectrum (plural spectra) is a result of the fact that visible light consists of a range of wavelengths, rather than distinct, separate colours.
- A diagram of the visible spectrum is a linear scale displaying the range of colours our eyes can perceive, arranged by their wavelengths.
- This spectrum is naturally produced when light refracts through a prism or raindrops.
- The continuous distribution of colours in a spectrum arises because visible light consists of a range of wavelengths, rather than distinct, separate colours.
- Diagrams of spectral colours are usually presented as spectra: elongated linear bands with red at one end and violet at the other, allowing viewers to see as many colour gradations as possible.
- The process of separating light into its constituent colours is called dispersion.
Related diagrams
Each diagram below can be viewed on its own page with a full explanation.
References
- A visible spectrum of colours is the range of colours our eyes can perceive, naturally produced when light refracts through a prism or raindrops.
- The continuous distribution of colours in a spectrum (plural spectra) is a result of the fact that visible light consists of a range of wavelengths, rather than distinct, separate colours.
- A diagram of the visible spectrum is a linear scale displaying the range of colours our eyes can perceive, arranged by their wavelengths.
- This spectrum is naturally produced when light refracts through a prism or raindrops.
- The continuous distribution of colours in a spectrum arises because visible light consists of a range of wavelengths, rather than distinct, separate colours.
- Diagrams of spectral colours are usually presented as spectra: elongated linear bands with red at one end and violet at the other, allowing viewers to see as many colour gradations as possible.
- The process of separating light into its constituent colours is called dispersion.