Which statement best identifies the primary colors in pigment color theory?

Which statement best identifies the primary colors in pigment color theory?

• A. Red, Yellow, Green
• B. Blue, Orange, Purple
• C. Green, Purple, Orange
• D. Red, Blue, Yellow

Answer: (D)

Primary colors in pigment color theory are red, blue, and yellow. These three pigments cannot be created by mixing other pigments, so they form the base from which all other hues are built. When you mix two primaries, you get secondary colors: red plus blue gives purple, blue plus yellow gives green, and red plus yellow gives orange. Any color you achieve with pigments—like nail color blends—comes from combining these primaries in different amounts. The other sets mix colors that are already results of mixing primaries, or include secondary colors, so they aren’t the true primaries. (Note that this is different from color systems for light, where the primaries are red, green, and blue.)

Primary colors in pigment color theory are red, blue, and yellow. These three pigments cannot be created by mixing other pigments, so they form the base from which all other hues are built. When you mix two primaries, you get secondary colors: red plus blue gives purple, blue plus yellow gives green, and red plus yellow gives orange. Any color you achieve with pigments—like nail color blends—comes from combining these primaries in different amounts. The other sets mix colors that are already results of mixing primaries, or include secondary colors, so they aren’t the true primaries. (Note that this is different from color systems for light, where the primaries are red, green, and blue.)