Black
The answer to combining red and blue typically results in purple, as these two colors are primary colors in the additive color model. In terms of light, mixing red and blue light will create violet. In the subtractive color model, such as with paint, mixing red and blue pigments will also yield a shade of purple.
Red plus yellow plus blue are the three primary colors in subtractive color mixing, often used in art and design. When mixed together in equal parts, they create a neutral color, often resulting in a dark brown or muddy color. However, in additive color mixing (like with light), combining red, yellow, and blue can yield different results based on the specific shades used. Overall, the outcome depends on the medium and context in which the colors are combined.
In emissive conditions (a TV screen): The addition of Red and Green results in "Yellow". The addition of Red and Blue result in "Magenta". The addition of Green and Blue results in "Cyan". The addition of Red, Green and Blue results in "White".
The results of adding numbers are called sums. In arithmetic, when two or more numbers are combined through addition, the total value obtained is referred to as the sum of those numbers. For example, in the equation 2 + 3 = 5, the number 5 is the sum.
RGB systems permit a total of 16,777,216 colors. This is achieved by combining varying intensities of the three primary colors: red, green, and blue, with each color channel typically having 256 possible intensity levels (ranging from 0 to 255). When these levels are combined (256 x 256 x 256), it results in the vast palette of over 16 million colors.
The answer to combining red and blue typically results in purple, as these two colors are primary colors in the additive color model. In terms of light, mixing red and blue light will create violet. In the subtractive color model, such as with paint, mixing red and blue pigments will also yield a shade of purple.
The color that results from mixing red and yellow pigments is orange.
The primary colors of light are red, green, and blue, while the secondary colors are cyan, magenta, and yellow. In contrast, the primary colors of pigments are cyan, magenta, and yellow, with red, green, and blue as secondary colors. Mixing the primary colors of light results in white light, while mixing the primary colors of pigments produces black.
A stop sign uses additive color, primarily red, which is created by combining different wavelengths of light. The bright red color is designed to be highly visible in various lighting conditions, making it effective for signaling drivers. Unlike subtractive color, which involves mixing pigments and results in darker colors, the vibrant appearance of the stop sign relies on light reflection and perception.
none, red is a primary color along with yellow and blue. primary colors are the three colors that when mixed together correctly make every other color in the light spectrumthere is not any colors to make red because red is a primary colorThe above are old technology, and are now obsolete. Using currently known information, the colors Magenta and Yellow, mixed in equal proportions, produce red. Red is a primary color of light, but it is no longer a primary color of pigments because of these new discoveries.There are two ways of creating colors - additive and subtractive.The additive method refers to adding light, thus the more colors added, the lighter the color. The additive primary colors are Red, Green and Blue (Yellow is made by mixing Red and Green). Mixing the three together will result in the lightest color - white. The additive method answer to this question is similar to 1., above: no colors are mixed to create Red because it is a primary additive color.The third item above refers to subtractive colormixing using, most often, pigments. The pigments subtract or absorb colors from white light. For example, Green pigment absorbs Red and Blue and reflects Green. Another example of how subtractive colors work is Yellow absorbs Blue from white light, reflecting Red and Green, the two additive primaries that create Yellow. The more subtractive colors used, the darker the color. Expertly mixing the three primaries (Magenta (Fuchsia), Cyan (Turquoise) and Yellow) will result in black. More often, mixing all three results in a brown muddy color when using water colors and other pigments. Thus, the third item above is the answer this question regarding how to mix Red when using subtractive colors: mix Magenta and Yellow.
Primary light colors (red, green, blue) are additive colors that combine to create white light, while primary pigment colors (cyan, magenta, yellow) are subtractive colors that combine to create black. Mixing primary light colors results in brighter colors, while mixing primary pigment colors results in darker colors. Primary light colors are used in digital displays, while primary pigment colors are used in traditional printing methods.
The colors red and yellow combine to make the color orange.
Mixing all colors of light together results in white, while mixing all pigment colors typically leads to a dark brown or black. This difference arises because light is additive (colors combine to create more light), while pigments are subtractive (colors absorb certain wavelengths and reflect others). In practice, achieving true black with pigments can be difficult due to impurities and the limitations of the materials used.
When you mix all the primary colors together—red, blue, and yellow—you typically get a shade of brown or gray, depending on the proportions used. In additive color mixing (like with light), combining all primary colors (red, green, and blue) results in white light. In subtractive color mixing (like with paints), the combination absorbs most wavelengths, leading to a darker color.
White light is the result of adding all the colors of the spectrum of visible light. A television is a device which operates upon this principle and this explains why televisions do not use the primary pigments red, yellow and blue. This differs from combining together all the pigments, like an artist would do with paint, which results in black pigment.
MAC pigment is an loose colour powder that is made up of not only colour pigments but ingredients to help them adhere to the skin. While it's typically used as an eye shadow, it can be combined and used with other products with varying results.
Red plus yellow makes orange. This is a basic principle of color mixing in both additive and subtractive color systems, where combining these two primary colors results in a secondary color. The resulting hue can vary slightly depending on the specific shades of red and yellow used.