Scanners. Red, green, and blue light that, together, produce white light. These are the primary colours of light from which all other colours can be made.
(n) The three primary colors: red, green, and blue. Color systems use these primaries in differing amounts, working on the principle of adding spectral wavelengths to the light energy to create new colors. This system is used in lighting and computer display graphics. The complementary colors are the subtractive primaries: cyan, magenta, and yellow.
Red, green and blue light. When all three additive primaries are combined at 100% intensity, white light is produced. When these three are combined at varying intensities, a gamut of different colors is produced. Combining two primaries at 100% produces a subtractive primary, either cyan, magenta, or yellow. 100% red + 100% green = yellow; 100% red + 100% blue = magenta; 100% green + 100% blue = cyan See subtractive primaries.
The colors red, green, and blue. When white light is broken down into its component parts, a rainbow (visible spectrum) is created. Dividing the rainbow into about equal thirds results in red light, green light, and blue light. By combining (adding) the three colors of light together, white light is created.
Red, green, and blue light, which produce the sensation of white light when added together; see subtractive primaries.
in colour reproduction, red, green and blue. When lights of these colours are added together they produce the sensation of white light.
In color reproduction, red, green, and blue. When lights in these colors are combined in equal amounts, they produce the visual sensation of white light. When these are combined at varying intensities, a range of different colors is produced. Combining two primaries at 100% produces a subtractive primary, either cyan, magenta, or yellow. See subtractive primaries.
nbspIn color reproduction, red, green and blue. When lights of these colors are added together, they produce the sensation white light.
Red, green, and blue are the primary colors of light from which all other colors can be made.
Red, green and blue light that produce white light when mixed. Compare with subtractive primaries.
Are red, blue and green. In color reproduction, equal parts of red, blue, and green light give us the sensation of white light. These colors are used in the form of filters in order to create the complementary colors, cyan, yellow and magenta.
Red, Green and Blue (RGB). When lights of these colors are added together, they produce the sensation of white light.
The colors red, green, and blue. See also: additive color process , subtractive primaries.
In Color reproduction, Red, Green and Blue (RGB). When added together in equal parts, these three primaries produce white light on a computer monitor or television screen.
