You will find working with color much easier and more enjoyable if you are able to visualize the positions of each color around the wheel and basically know how the colors relate to one another even when you don't have a color wheel right in front of you. Using the common RYB model as an example, we can see a color wheel with red, yellow, and blue spaced evenly around a circle. The goal is use the color as a reference tool, first by referring to it directly but eventually to see the relationships so clearly that they are stored in your memory as an instant reference for you to access any time you are working with color. The theory behind a color wheel is that it shows the relationship between primary, secondary, and tertiary colors, all evenly spaced in a circle. Even at night the source of light is most often coming from above. SeptemA primary color wheel that easily displays primary, secondary, warm and cool colors will help students learn the basics of color theory. Your mind is comfortable with light being at the top and dark beneath. Color wheels start with the three Primary colors: red, yellow and blue (typically located at the 12:00, 3:00, and 9:00 positions of a circle). The first circular color diagram was created by Sir Isaac Newton in 1666. In physics, the three primary colors are typically red, green and blue, after the different types of photoreceptor pigments in the cone cells. Yellow is the lightest color on the wheel violet is the darkest. A Color Wheel is an exceptional tool for teaching students about color theory and how colors relate to one another.

For this reason, I suggest that you get into the habit of holding the color wheel with yellow always at the top. If you look at the color wheel in the same orientation every time, it becomes easier to remember the positions of each color and how they relate to one another. Primary colors in the RGB color wheel are the colors that, added together, create pure white light.

Primary colors color wheel