Red (R), Green (G) and Blue (B) colors with colorimetric parameters according to a specified TV Standard.

The base colors of a color model; in subtractive color the primary colors are Cyan to top

Three basic colors from which all others are theroetically derived. Most commonly they are red yellow and blue.

Cyan, magenta and yellow. These three colors when mixed together with black will produce a reasonable reproduction of all other colors.

Red, yellow, and blue; all others can be mixed from these colors.

Are made up of RGB - Additive Primaries (which create white light) and CMYK - Subtractive Colors (which are used for printing).

Additive primary colors red, green, blue. Subtractive primary colors cyan, magenta, yellow.

Colors initially used (red, green, blue or cyan, magenta, yellow) to create the full spectrum of colors.

Red, blue, and yellow; colors that cannot be created by mixing together other colors

Basic colors. See additive primary colors and subtractive primary colors.

the colors from which all the others colors originate - red, yellow, and blue

Colors, usually three, that are combined to produce the full range of other colors within the limits of a system. All non-primary colors are mixtures of two or more of the primary colors. In television, the primary colors are specific sets of red, green, and blue.

Red, Blue and Yellow; the three colors from which all other colors are made.

Any hue that, in theory, cannot be created by a mixture of any other hues. Varying combinations of the primary hues can be used to create all the other hues of the spectrum. In pigment the primaries are red, yellow, and blue.

They are yellow, red, and blue and are the basic colors used to make other colors.

A small group of colors that, when combined, can produce a broad spectrum of other colors. In television, red, green and blue are the primary colors from which all other colors in the picture are derived.

theses are the basic colors that are combined to create all other colors as described in the theory of light. They are red, green and blue.

three colors - red, yellow, and blue - from which all the others colors originate

In painting, the three basic colors red, blue and yellow, that cannot be made by mixing any other colors together

colors in a particular color model from which other colors can be constructed. In the RGB color model, red, green, and blue are the primary colors because other colors can be produced by mixing them.

The three basic colors — yellow, red, and blue — from which all other colors can be mixed.

The three "basic" colors--red, blue and yellow--from combinations of which all other colors are derived.

The primaries are pure colors that when mixed produce many other colors. There are two types of color mixing: additive (light) or subtractive (pigment). The colors red, green, and blue (RGB) are additive because increasing the amount of these colors increases the brightness of the image, ultimately resulting in white if 100% of each color is present. The colors cyan, magenta, and yellow are subtractive because increasing their amount subtracts brightness from the reproduction. In theory, 100% of cyan, magenta, and yellow should produce black. In practice with actual pigments, the result is a muddy brown. This is one reason why black is needed for color printing.

The colorants of a system that are used to print the colors for the entire reproduction. Cyan, magenta and yellow are subtractive primary colors, while red, green and blue are additive primary colors.

The three colors from which all other colors can be created. In paint, the primary colors are yellow, red and blue. In process color, the three colors are yellow, magenta (red) and cyan (blue). In light, the colors are red, green and blue.

yellow, red (magenta), and blue (cyan) from which it is possible to mix all the other colors. Also known as the subtractive or colorant primaries. Thus Pigments that reflect light of one of these wavelengths and absorb other wavelengths may be mixed to produce all colors. Also, the light (-source) primaries: Lights of red, green, and blue wavelengths may be mixed to produce all colors. Light primaries are used in theatrical stage lighting, and in color videos and computer screens.

hues that cannot be produced by a mixture of other hues: magenta red, yellow, and cyan (turquoise) blue.

Any of the colors from a mixture of which all other colors can be produced (for example, red, blue, and yellow).

In printing the four primary colors are cyan (blue), magenta (red), yellow and black.

Any set of colors within a particular color system that are the most basic colors for that system. All other colors can be produced from the primaries, but the primaries cannot be produced by combinations of other colors.

The three colors in the spectrum that cannot be made by mixing other colors together. They are red, blue and yellow. All other colors in the spectrum are made from these three.

The primary colors of light are Red, Green and Blue. The primary colors of day to day pigments are Yellow, Blue and Red.

Colors that cannot be produced by mixing any two other colors. They are: red, yellow, and blue.

Three basic colors used to make other colors by mixture, either additive mixture of lights or subtractive mixture of colorants. The additive primaries are red, green, and blue; the subtractive primaries are cyan, magenta, and yellow. See additive color primaries, subtractive primaries, and secondary color.

Several theories exist about which three primary colors combine to produce all of the colors that we see. The most commonly accepted theory uses red, yellow and blue. If you arrange all of the colors from the visable spectrum of light into a circle (like the PaintShop Pro Color selector panel) begining with red and ending with red, a set of primary colors will form a triangle across the circle. If the triangle is rotated in either direction, then the new colors that the three corners of the triangle point to can be used as primary colors. Computer displays and televisions use Red, Green, and Blue (RGB) and most printers use Cyan, Magenta, Yellow, and Black for primary colors. Also see CMYK and RGB.

Are made up of red, green and blue, which are Additive Primaries, which create white light; and cyan, magenta, yellow, and black, which are Subtractive Colors, which are used for printing.

Red, green, and blue. Opposite voltage polarities are the complementary colors cyan, magenta, and yellow.

The colorants that are combined to produce all colors in a device's gamut. Typically three primaries are needed, corresponding to the three dimensions of the color space.

Red, yellow, and blue. All other colors are mixed from these three primary colors.

Any set of colors from which other colors can be derived. In video, the primary colors are red, green, and blue. Equal amounts of red, green, and blue make white; the absence of all colors makes black.

Three colors (red, yellow, and blue), which when combined at various proportions can produce every other color.

The dominant regions of the visible spectrum--red, green, and blue--and their opposite colors cyan, magenta, and yellow.

The basic colors that can be mixed to make all other colors. The primary colors cannot be made by combining other colors. Mixing primaries: Red, yellow, blue (RYB) Visual additive primaries: Red, green, blue (RGB) Visual subtractive primaries: Cyan, magenta, yellow (CMY)

Magenta, yellow and cyan (red, yellow, blue). These are the subtractive primaries used when mixing dyes and paints to make other colors.

Color that cannot be created by missing other color in the gamut of a given color space, but can be mixed to create other color combinations within the space, red, green, and blue (RGB) are additive primaries of emitted light, while cyan, magenta and yellow (CMY) are subtractive primaries of reflected light. Black (K) is added to CMY to produce denser, truer black images.

The basic colors that can't be reduced into component colors and can be used to mix all other colors.

In pigments the primary colors are yellow, crimson-red and blue. In the color spectrum the primary colors are scarletred, green and violet. These are the basic colors from which all other colors are made.

The colors wherein no mixture of any two can produce the third. In color television these are the additive primary colors red, blue and green.

Three colors wherein no mixture of any two can produce the third. For electronic imaging these are the additive primary colors red, blue and green.

Refers to the colors red, yellow, and blue. From these all other colors are created.

Red, yellow, and blue. The fundamental colors from which all other colors are made.

Red, yellow and blue, the three colors which combined make white light.

Red, yellow and blue. No combination of other colors will yield a primary color; combinations of the primary colors yield all other colors.

Red, Yellow and Blue. You must have these 3 colors to make all the other colors on the wheel.

See colors, primary.(empty)

The three colors of the color wheel (red, blue, yellow) which cannot be produced by mixing other colors and which, when mixed in different combinations, produce all other colors.

three primary additive colors of the spectrum in terms of transmitted light. These colors are blue, green and red.

Additive primaries are red, blue and green. The subtractive primaries are cyan, magenta and yellow. (see additive and subtractive primaries.)

Colors that can produce other colors by mixing them together. For example, in the RGB color model, red, green, and blue are primary colors.

The primary colors are combined to produce the full range of other colors (non-primary colors), within a color model. The primary colors for the additive color model is; Red, Green and Blue. The primary colors for the subtractive color model is; Cyan, Magenta and Yellow.

Colors that, when mixed with each other, produce white light.