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The continuous spectrum definition is all of the values in the spectrum without any gaps, skips, or breaks. The spectrum of visible light can be seen when white light is...
The meaning of CONTINUOUS SPECTRUM is a spectrum (as of light emitted by a white-hot lamp filament) having no apparent breaks or gaps throughout its wavelength range.
Continuous Spectrum: A continuous spectrum contains all wavelengths of light in a certain range. Hot, dense light sources like stars, for example, emit a nearly continuous spectrum of light, which travels out in all directions and interacts with other materials in space.
Continuous Spectrum. A rainbow is an example of a continuous spectrum. Here, the colors displayed are within the visible spectrum (between 380-760 nm). Light in this wavelength range is visible to the naked eye. Unlike the visible spectrum, light that is of different wavelengths (see the electromagnetic spectrum below) is not visible.
Definition. A continuous spectrum refers to the set of values that an operator can take on in a way that forms a continuous interval, rather than discrete points.
Definition. The continuous spectrum refers to the set of values (often real numbers) that an operator can take on, without any gaps, particularly in relation to its eigenvalues.
A continuous spectrum is referred to as a beam of light in which all the wavelengths are present within a given limit. A continuous spectrum is primarily formed by thermal emission from a blackbody. Only certain wavelengths can be produced and absorbed by the atom when the energy levels in the atom are quantized.
Definition. A continuous spectrum refers to a range of values or states that cover a continuum without any gaps or discrete jumps. In the context of spectral theory, it typically arises in the analysis of self-adjoint operators and indicates that the corresponding operator has eigenvalues that fill an interval, rather than being isolated points.
a spectrum that contains or appears to contain all wavelengths but not spectrum lines over a wide portion of its range. The emission spectrum of incandescent solids is continuous; bremsstrahlung spectra consisting of a large number of lines may appear continuous.
How it works: A large brilliant spectrum is produced by using a 1 kW carbon arc light source 1 with adjustable slit, a "fast" f/0.9 imaging lens, 2 and a highly dispersive in-line prism. 3 The spectrum easily fills a two meter wide screen with vibrant colors.