because the light spectrum is disrupted and the color becomes normal and normality is white
Combining two complementary pigment colors results in a neutral color, such as gray or brown. This occurs because the pigments absorb different wavelengths of light, leaving only a small portion of the spectrum to be reflected, resulting in a less saturated color.
no. complimentary colors are the opposite colors. each color has one complimentary color. ex. blues compliment is orange and vice versa. you know the compliment by looking at the opposite sides of a color wheel. secondary colors are all colors that are not white black red blue and yellow (yellow becomes green in light theory)
Red and blue make purple because they are complementary colors on the color wheel. Combining red, which is a primary color, with blue, which is a primary color as well, creates a secondary color, purple. This happens because red and blue light combine to stimulate the cones in our eyes in a way that allows us to perceive purple.
Secondary colors of light are made by combining two primary colors of light in equal proportions. For example, green light is created by combining blue and yellow light. This additive color mixing process occurs because the three primary colors of light (red, green, blue) stimulate different combinations of cone cells in our eyes, resulting in the perception of various colors.
Red, green, and blue light can be mixed in different proportions to produce any other color of light. No other combinations of light can be mixed to make red, green, or blue light so they are considered primary colors. Yellow for A+ Users
The complementary color of green light is magenta.
The complementary color of light green is pink.
Magenta is not a primary color of light. The primary colors of light are red, green, and blue. Magenta is a secondary color created by combining red and blue light.
Combining two complementary pigment colors results in a neutral color, such as gray or brown. This occurs because the pigments absorb different wavelengths of light, leaving only a small portion of the spectrum to be reflected, resulting in a less saturated color.
The colors of light (for photographic purposes):BLUE (primary) and YELLOW (secondary) are complementary.RED (primary) and CYAN (secondary) are complementary.GREEN (primary) and MAGENTA (secondary) are complementary.NOTE: complementary is not to be confused with complimentary.Also, pick any of the above secondary colors. The one you chose is made up from combining the other two primaries. If that seems confusing, keep in mind that these combinations have nothing to do with pigments (e.g. paint, dyes, etc.). You have to imagine laying plastic/acetate filters of those two colors over top of one another and looking through them under lighting conditions that are close to daylight in color temperature.In case it is not clear, the first point answers the question. Yellow is the complementary color of blue.
You get magenta when you mix red and blue light. Magenta is a secondary color formed by combining red and blue light, which are on opposite ends of the visible light spectrum.
no. complimentary colors are the opposite colors. each color has one complimentary color. ex. blues compliment is orange and vice versa. you know the compliment by looking at the opposite sides of a color wheel. secondary colors are all colors that are not white black red blue and yellow (yellow becomes green in light theory)
Red and blue make purple because they are complementary colors on the color wheel. Combining red, which is a primary color, with blue, which is a primary color as well, creates a secondary color, purple. This happens because red and blue light combine to stimulate the cones in our eyes in a way that allows us to perceive purple.
Magenta, cyan, and yellow are not considered primary colors of light. These colors are known as secondary colors when it comes to light, as they can be created by combining primary colors of light.
white
Secondary colors of light are made by combining two primary colors of light in equal proportions. For example, green light is created by combining blue and yellow light. This additive color mixing process occurs because the three primary colors of light (red, green, blue) stimulate different combinations of cone cells in our eyes, resulting in the perception of various colors.
Mixing green and blue light produces cyan. That's a kind of light blue.