Red and a little bit of black mixed together.
To "make" any color involves one of two basic processes. There are e missive or additive, and absorptive or subtract methods to create color. When using e missive or light sources to create color, i.e. like a TV or computer monitor, three primary colors are used, red, green, and blue. This is additive color production. Each of the three primary colors add together to create the final color. If you use a magnifying glass, or even a small drop of water on your computer screen, you will see only three colors; red, green, and blue. Combined in "equal" amounts, your eyes perceive white. I say "equal" because the percentage of each color varies in order for the human eye to perceive "white" as the eye's sensitivity to color varies by wavelength or individual color. The actual levels of red, green, and blue to make "white" are not equal for the human eye. Now the flip side. As monitors emit light, ink can only subtract, or absorb light. Thus the primary colors for ink, are the opposite inverse primary colors of cyan, magenta, and yellow. Because inks subtract color, the inverse colors are used as compared to a TV or computer monitor. Now, on to your question The reason a red shirt, or anything red for that matter appears red, is because the dye/substance absorbs all other colors i.e. reflects the remaining colors. So a red shirt, in "color space" is really absorbing cyan, and reflecting magenta and yellow. The two together are perceived as red to the human eye. The exact shade of red depends on the exact amount of the three colors being absorbed. One could say the shirt is only reflecting red. However, as non-emitting color sources only absorb light, the red shirt thus must be absorbing cyan, and reflecting yellow and magenta which together combine to make "red". The theory of color is quite complex, but this is the basic reason something red, be it a shirt or an apple looks red. In theory, red+green+blue = white. And cyan-yellow-magenta =black. Inverse operation of emissive and abortive color creation. In real life, inks are not perfect which is why color printers have four colors, cyan, magenta, yellow, and black because c-m-y tends to give a dark brown and not black. So adding black allows the printer more ability to create all the colors it needs to and saves color inks which alone cannot create a pure black. Anything not emitting light is a subtract system while things emitting light are additive systems.
A pigment that absorbs two primary colors and reflects one is a secondary pigment.Red is a secondary pigment which absorbs green and blue light.-This is according to my physics book! !
Lasers come in a variety of colors.
The dark blue car will show more fading of the paint than the dirty white car will. This is because darker colors attract the sunlight more than lighter colors.
You see white light. White light is the normal color that comes out of your average lightbulb. Colors only reflect a certain portion of the visible spectrum and that is why under a black light or a red light the colors are not as you normally see them.
i am thinking that maybe if you use dark orange with light red or light orange with dark red with a little touch of yellow it could make a lava colour
red and yellowred and yellowthe two primary colors that make orange is red and yellow
there is not any colors to make red because red is a primary color
The two colors that make rust are light/dark brown with some orange
red and yellowred and yellowthe two primary colors that make orange is red and yellow
dark green and white or yellow and blue
the colors that make brown are red and green
The two primary colors that make the color purple are red and blue. The primary colors red and yellow can be mixed to make orange.
There are only two colors that make pink- red and white.
Mixing the two standard colors red and yellow together will make orange.
There are no two colors that make blue because blue is a primary color.
Dark, Dull Grey