A way to produce colors of light by mixing light of the three additive primary colors - red, green, and blue. Varying proportions of the additive primaries can be combined to create light of all other colors, including white, which is a mixture of all wavelengths.

The additive primary colors are red, blue and green. These three additive colors represent the three main components of white light in the additive color module. Black is produced by the absence of the primary colors. In theory, any color can be created by mixing these three colors.

Color process that mixes different light colors, usually red, green, and blue, to create color. The term additive is used because at 0% of each, you have black, an absence of color, and at 100% of each, you have white, a mix of all light colors.

The additive primary colors are red, green and blue. These additive primaries represent the three main components of white light. Used individually or together, these three colors of light can be mixed to create nearly all colors. Additive color is used in scanners and computer displays.

A colorspace in which light is added to black to achieve a color and tone. RGB is an additive color system in which Red, Green, and Blue light are combined to make white.

Color created by superimposing light rays, adding(superimposing) the three physical primaries (lights) - red, blue, and green - will produce white. The secondaries are magenta, yellow, and cyan.

A color system in which the additive primaries, red, green, and blue, mix to form other colors. A mix of all three primaries produces white. This is the color system used by computer monitors and televisions.

A color model associated with the RGB (red, green, blue) method of representing color. Equal amounts of the primaries will combine to produce the perception of white light. This is normally used in video systems/monitors.

Color acquired by mixing different colors of light as on a computer screen.

Commonly called the RGB color model. A color model where all the colors are created by combining the primary colors - red, green and blue together in different combinations, hence the acronym RGB. White is produced when the primaries are added together equally in their strongest form. Light-based systems, such as computer monitors, employ this type of color. The color gamut, or color range, of RGB systems is generally very broad. See also Subtractive Color.

The effect seen when colored lights are mixed, resulting in brighter colors including white. See primary color.

color produced by light falling onto a surface, as compared to subtractive color. The additive primary colors are red, green and blue.

The result of mixing the primary colors, (red, green and blue). Creating a visible spectrum of colors.

The system used to blend red, green, and blue images to create full-color TV images. Additive color is employed in every type of analog and digital TV set.

A color produced through the addition of light of various colors. In theory, every color can be produced by mixing the primary colors of the visible light spectrum: red, green and blue (RGB), as the color vision of the human eye works through red-, green- and blue- sensitive sensory cells. RGB is the usual additive color system and is used predominantly for television screens, computer monitors and scanners. Combining two of the primary colors in equal parts produces the secondary colors cyan, magenta and yellow, which in turn form the basic colors of the subtractive color system (CMYK).

An emissive color system used in image capture and display in which the additive primaries, red, green, and blue (RGB), are combined to form all other colors. When RGB light comes together at 100%, the result is white (as in white light)

Color mixture by the addition of light of the three primaries: red, green and blue.

An additive color system involves light emitted directly from a source or illuminant of some sort. The additive reproduction process usually uses red, green and blue light to produce the other colors. See also RGB color model.