Cyan is a shade of blue, so green! <--- WRONG Cyan and yellow make green yes, but not because it's a shade of blue--it's not. Cyan is a secondary color, and so is yellow, thus they make the primary color green. Blue is a primary color and cannot make another primary color.
Red and blue!
You know that mixing blue and yellow will make green. Since all blues and yellows are not the same, I tend to use specific colors like cobalt blue and hansa yellow(closest to real yellow) to make the green and then more blue or more yellow to it to get the green I want. Using a cadmium yellow, which tends to have a small amount of red in it will result in a slightly darker, brownish green. I've only been in one rain forest and looking at the plants, many tended to be blue green while others were more yellow green. If you want to make your jungle interesting, you want to have a varieties of greens. Adding naphthol red (closest to real red) to the green mix will darken it. Adding more of the red will brown it up. The secret is to experiment with the colors you have on your palette and create the green that works with the rest of your painting. The more consistency of the base colors which produce the other colors int he painting, the better the painting will be.
Blue + Yellow = Green, when mixing pigments. When using light sources, green is a primary color.
Mixing pigments as described below assumes that all of the pigments are either inert or chemically compatible powders millled to the same particle size, or, chemically compatible dyes. You may encounter different, unexpected, results using specific pigments because of particle size differences (one may surround the other), mixed dye/pigment combinations, and chemical interactions between pigments or dyes that alter the components. When mixing pigment, the three primary colors are: Red, Yellow, and Blue. Mixing the primary colors together in different combination will give you the secondary and trtiary colours (see chart below). Mixing all three together in different combination will result in browns and greys. Adding white or black will lighten or darken the shade of the colors. Red = primary color Red + white = shade of primary color (pastel red - pink) Red + black = shade of primary color (darkened red) 2 parts Red + 1 part Yellow = tertiary color Red-orange Red-orange + white = a shade of tertiary color (pastel red-orange) Red-orange + black = a shade of tertiary color (darkened red-orange) Equal parts Red & Yellow = secondary color Orange Orange + white = a shade of secondary color (pastel orange - peach) Orange + black = a shade of secondary color (darkened orange) 2 parts Yellow + 1 part Red = tertiary color Yellow-orange Yellow-orange + white = a shade of tertiary color (pastel yellow-orange) Yellow-orange + black = a shade of tertiary color (darkened yellow-orange) Yellow = primary color Yellow + white = shade of primary color (pastel yellow) Yellow + black = shade of primary color (darkened yellow) 2 parts Yellow + 1 part Blue = tertiary color yellow-green Yellow-green + white = a shade of tertiary color (pastel yellow-green) Yellow-green + black = a shade of tertiary color (darkened yellow-green) Equal parts Yellow & Blue = secondary color Green Green + white = a shade of secondary color (pastel green) Green + black = a shade of secondary color (darkened green) 2 parts Blue + 1 part Yellow = tertiary color Blue-green Blue-green + white = a shade of tertiary color (pastel blue-green) Blue-green + black = a shade of tertiary color (darkened blue-green) Blue = primary color Blue + white = shade of primary color (pastel blue) Blue + black = shade of primary color (darkened blue - navy) 2 parts Blue + 1 part Red = tertiary color Blue-purple Blue-purple + white = a shade of tertiary color (pastel blue-purple) Blue-purple + black = a shade of tertiary color (darkened blue-purple) Equal parts Blue & Red = secondary color Purple Purple + white = a shade of secondary color (pastel purple - lilac) Purple + black = a shade of secondary colour (darkened purple) 2 parts Red + 1 part Blue = tertiary color Red-purple Red-purple + white = a shade of tertiary color (pastel red-purple) Red-purple + black = a shade of tertiary color (darkened red-purple) Equal parts Red, Yellow, Blue = Brown Varying the amounts of the primary colors will result in different colors of brown. Brown + white = a shade of pastel brown Brown + black = a shade of darkened brown When working on paintings, many artists prefer to mix complimentary colors together to achieve a "warmer" or more "natural" shadow (gray). Black is uncommon in nature and therefore artists tend not to use it in paintings as a color of its own, but more commonly in conjunction with light to indicate extremely deep shadow in the subject creating contrast, texture, or shape (tree trunk, rock crevice, etc). The complimentary colors are: Red & Green Red-orange & Blue-green Orange & Blue Yellow-orange & Blue-purple Yellow & Purple Yellow-green & Red-purple Green & Red Blue-green & Red-orange Blue & Orange Blue-purple & Yellow-orange Purple & Yellow Red-purple & Yellow-green
using the colors green & yellow
Blue and Yellow = Green when mixing pigments. When using light, green is a primary color.
well if you are not sure you should try using paint or crayons or mabye even markers then see what color u get.
Considering that yellow is a primary color, there isn't a way to get true yellow without using yellow. You might try mixing brown and white or orange and white, but you won't get an actual yellow as more of a burned umber color.
The yellow color is changed to green and then in blue.
If you're referring to pigments (absorptive color), you can't. Yellow is a primary color. If you're using light (transmissive color), use red and green.
If you are mixing paints, cyan (light blue) and yellow make green. If you are using lights, green is a primary color.
Yellow, I believe. Not yellow. If you are using equal amounts it would make grey. Blue and yellow mixed make green then add equal amount of red becomes grey.
When mixing paint (subtractive) red and green gives a brown color. When red and green light are combined (additive, e.g., using diodes) a yellow color is seen.
red orange yellow green blue indigo violet
You can't. Orange is a secondary colour resultant from mixing equal parts red and yellow.
The six traits observed by Mendel using green peas were seed shape (round or wrinkled), seed color (yellow or green), flower color (purple or white), flower position (axial or terminal), pod shape (inflated or constricted), and pod color (green or yellow). He studied the inheritance patterns of these traits through his experiments with pea plants.