Digital displays use which color model to reproduce color?

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Multiple Choice

Digital displays use which color model to reproduce color?

Explanation:
Digital displays reproduce color by emitting light from each pixel. This relies on the additive mixing of three primary light colors: red, green, and blue. By varying the intensity of each primary, screens can render a wide range of colors, and combining all three at full intensity produces white. That’s why this color model is the standard for digital displays. Other models have different roles: CMYK is subtractive and used in printing with inks; HSV describes color in terms of perception and is handy for choosing colors in software but isn’t how displays directly reproduce color; LAB is a perceptual, device‑independent space used in color science and color management, not the direct emission model of screens.

Digital displays reproduce color by emitting light from each pixel. This relies on the additive mixing of three primary light colors: red, green, and blue. By varying the intensity of each primary, screens can render a wide range of colors, and combining all three at full intensity produces white. That’s why this color model is the standard for digital displays. Other models have different roles: CMYK is subtractive and used in printing with inks; HSV describes color in terms of perception and is handy for choosing colors in software but isn’t how displays directly reproduce color; LAB is a perceptual, device‑independent space used in color science and color management, not the direct emission model of screens.

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