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visible spectrum

The portion of the electromagnetic spectrum which is visible to the human eye

Visible light makes up only a small part of the electromagnetic spectrum The visible light spectrum can be divided into different wavelenghts of light The wavelength of the light determines the color of that light The light spectrum goes from violet to red where red is the longest wavelength

The complete range of energy wavelengths that activate human eyesight

  The region of the electromagnetic spectrum that can be perceived by human vision, approximately the wavelength range of 0 4 μm to 0 7 μm

a small part of the electromagnetic spectrum that can be viewed as a band of colours

All colors visible to the unaided human eye See spectrum; white light

The portion of the electromagnetic spectrum with wavelengths between 380 and 720 nanometers Wavelengths in this range provoke the sense of color when they impinge on the photoreceptors in the human retina The shorter wavelengths within this range produce blue and violet sensations; the longer wavelengths produce orange and red sensations

That portion of the electromagnetic spectrum occupied by the wavelengths of visible radiation, roughly 4000 to 7000 angstroms This portion of the electromagnetic spectrum is bounded on the short-wavelength end by ultraviolet radiation, and on the long-wavelength end by infrared radiation

Electromagnetic radiation with wavelengths from about 400 nm to around 750 nm

The small range of the electromagnetic spectrum that human eyes percieve as light The visible spectrum ranges from about 4000 to 7000 angstroms, corresponding to blue through red light

Part of the electromagnetic spectrum, with wavelengths from approximately 380nm to 780nm, to which the human eye is sensitive The combined wavelengths of the visible spectrum result in "white light"

the portion of the electromagnetic spectrum to which the eye is sensitive, i e , light with wavelengths between 0 4 and 0 7 micrometers Compare shortwave radiation and longwave radiation

The bands of colored light that appear when white light is passes through a prism

That portion of the electromagnetic spectrum to which the human eye is sensitive; wave-lengths of approximately 400 through 700 namometers Due to the characteristics of cone sensing (color reading mechanism of the retina), it is generally agreed that humans detect only red, green, and blue All perceived colors are combinations of those sensitivities (hue) in relation to the strength of the transmitted or reflected light (brightness) and the intensity of the light hitting the retina (saturation) Ultraviolet wavelengths are longer than the sensitivity range of the eye

The region of the electromagnetic spectrum between 380 and 720 nanometers Wavelengths inside this span create the sensation of color when they are viewed by the human eye The shorter wavelengths create the sensation of violets, purples, and blues; the longer wavelengths create the sensation of oranges and reds

the portion of the electromagnetic spectrum lying between 0 38 and 0 78 micrometers

Wavelengths perceived by the human eye as colors You cannot reproduce but about 40% of the visible spectrum graphically

the distribution of colors produced when light is dispersed by a prism

The portion of the electromagnetic spectrum which the human eye can detect, wavelengths of approximately 400 through 700 nanometers Due to the characteristics of cone sensing (color reading mechanism of the retina), it is generally agreed that humans detect only red, green, and blue All perceived colors are combinations of those sensitivities (hue) in relation to the strength of the transmitted or reflected light (brightness) and the intensity of the light hitting the retina (saturation)

The portion of the electromagnetic spectrum that extends from long wavelength red light to short wavelength violet light

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