Bright Turquoise 🎨 RGB Color Code: #08E8DE
The hexadecimal RGB code of Bright Turquoise color is #08E8DE. This code is composed of a hexadecimal 08 red (8/256), a E8 green (232/256) and a DE blue component (222/256). The decimal RGB color code is rgb(8,232,222). Closest WebSafe color: Bright turquoise (#00FFCC)
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Bright Turquoise on Wikipedia
Turquoise (/ˈtɜːrkɔɪz, -kwɔɪz/) is a cyanish-green color, based on the gem of the same name. The word turquoise dates to the 17th century and is derived
ultraviolet light, turquoise may occasionally fluoresce green, yellow or bright blue; it is inert under shortwave ultraviolet and X-rays. Turquoise is insoluble
The male is predominantly green with more yellowish underparts and a bright turquoise blue face. Its wings are predominantly blue with red shoulders. The
suspended rock particles are what give the lake a unique bright, turquoise colour. Because of its bright colour, photos of the lake often appear in illustrated
Buster Bottle green Brick red Bright green Bright lilac Bright maroon Bright navy blue Bright pink Bright turquoise Bright yellow (Crayola) Brilliant rose
light underbelly and black eyes. Adult males have thin bills and are bright turquoise-blue and somewhat lighter underneath. Adult females have duller blue
and legs and beak are light peach. Turquoise-winged parrotlets are sexually dimorphic: males have bright turquoise feathers on their lower backs and rumps
its exceptional beauty; its waters are unusually clear and exhibit a bright turquoise hue, often resembling Caribbean waters. This quality has made the lake
ceremonies. Turquoise evoked new growth, water and the feathers of the Quetzal bird, which were worn by priests during ceremonies. The bright turquoise skin
juveniles. In some populations the males also display iridescent, bright turquoise blue spots on the dorsal surface. The scales of S. occidentalis are
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There are many ways to mix/generate a color. Computer screens display the required color mixing tiny red, green and blue lights (RGB). Turning off all three components results in a black pixel, while if all components are lit up on full brightness that results a white light.
In print we use cyan, yellow, magenta and black (CMYK) inks because usually we print on a white paper. In this case the lack of the ink will result white paper, and we get a dark shade if more colors are mixed together. We can also define a color by hue, saturation and value (HSV).