Color mixing guide

When you mix red and green light, it creates yellow light. This is because red and green are complementary colors in the additive color model.

The order of mixing green and red doesn't matter, and it still creates yellow light due to their complementary nature in the additive color model.

Mixing blue and green light results in cyan light. Cyan is a secondary color in the additive color model, formed by combining equal amounts of blue and green.

When you mix red and blue light, it creates magenta light. Magenta is another secondary color in the additive color model, formed by combining equal amounts of red and blue.

Mixing green and blue light creates yellow light. This is another example of the complementary colors' interaction in the additive color model.

The mixture of green and yellow pigments or dyes typically results in a shade of yellow-green, which is a tertiary color formed by combining a primary color (yellow) and a secondary color (green).

When you mix blue and yellow pigments or dyes, it results in green. This is a fundamental principle in the subtractive color model, where mixing pigments subtracts wavelengths from the white light.

The mixture of blue and pink (a shade of red) creates purple. This is based on the principles of the subtractive color model, where combining pigments subtracts wavelengths, resulting in new colors.

The mixture of yellow and green pigments or dyes typically results in a shade of yellow-green, which is a tertiary color formed by combining a primary color (yellow) and a secondary color (green).

When you mix yellow and blue pigments or dyes, it results in green. This is a fundamental principle in the subtractive color model, where mixing pigments subtracts wavelengths from the white light.

Mixing red and purple pigments or dyes typically results in various shades of purple, depending on the proportions of each color. Purple is a secondary color in the subtractive color model.

Mixing pink and blue pigments or dyes typically results in various shades of purple, depending on the proportions of each color. Purple is a secondary color in the subtractive color model.

Mixing red and yellow pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of red and yellow.

Mixing blue and orange pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (blue).

Mixing pink and green pigments or dyes may result in various shades of gray or a muted version of pink or green. The specific outcome depends on the proportions of each color.

Mixing orange and blue pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (blue).

Mixing green and pink pigments or dyes may result in various shades of gray or a muted version of green or pink. The specific outcome depends on the proportions of each color.

Mixing purple and green pigments or dyes may result in various shades of gray or a muted version of purple or green. The specific outcome depends on the proportions of each color.

Mixing purple and blue pigments or dyes typically results in indigo. Indigo is a tertiary color formed by combining a primary color (blue) and a secondary color (purple).

Mixing blue and purple pigments or dyes typically results in indigo. Indigo is a tertiary color formed by combining a primary color (blue) and a secondary color (purple).

Mixing green and purple pigments or dyes typically results in indigo. Indigo is a tertiary color formed by combining a primary color (green) and a secondary color (purple).

Mixing yellow and red pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of yellow and red.

Mixing purple and red pigments or dyes typically results in Brown. Brown is a dark, reddish-brown color and is a tertiary color formed by combining a primary color (red) and a secondary color (purple).

Mixing orange and green pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (green).

Mixing yellow and purple pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (yellow) and a secondary color (purple).

Mixing pink and purple pigments or dyes typically results in magenta. Magenta is a secondary color in the subtractive color model, formed by combining equal amounts of pink and purple.

Mixing green and orange pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (green).

Mixing red and orange pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (red) and a secondary color (orange).

Mixing orange and purple pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (purple).

Mixing purple and pink pigments or dyes typically results in magenta. Magenta is a secondary color in the subtractive color model, formed by combining equal amounts of purple and pink.

Mixing purple and orange pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (purple).

Mixing orange and red pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (red) and a secondary color (orange).

Mixing blue and red pigments or dyes typically results in purple. This is based on the principles of the subtractive color model, where combining pigments subtracts wavelengths, resulting in new colors.

Mixing pink and yellow pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of pink and yellow.

Mixing orange and yellow pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of orange and yellow.

Mixing yellow and orange pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of yellow and orange.

Mixing yellow and pink pigments or dyes results in orange. Orange is a secondary color in the subtractive color model, formed by combining equal amounts of yellow and pink.

Mixing brown and blue pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (blue) and a secondary color (brown).

Mixing blue and brown pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (blue) and a secondary color (brown).

Mixing pink and orange pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (orange) and a secondary color (pink).

Mixing red and pink pigments or dyes typically results in pink. Pink is a lighter shade of red and is a tint created by adding white to red.

Mixing orange and pink pigments or dyes typically results in salmon. Salmon is a shade of pinkish-orange, and the specific outcome depends on the proportions of each color.

Mixing red and brown pigments or dyes typically results in Brown. Brown is a dark, reddish-brown color and is a tertiary color formed by combining a primary color (red) and a secondary color (brown).

Mixing pink and red pigments or dyes typically results in pink. Pink is a lighter shade of red and is a tint created by adding white to red.

Mixing brown and red pigments or dyes typically results in Brown. Brown is a dark, reddish-brown color and is a tertiary color formed by combining a primary color (red) and a secondary color (brown).

Mixing brown and yellow pigments or dyes typically results in olive. Olive is a shade of greenish-brown, and the specific outcome depends on the proportions of each color.

Mixing yellow and brown pigments or dyes typically results in olive. Olive is a shade of greenish-brown, and the specific outcome depends on the proportions of each color.

Mixing red and black pigments or dyes typically results in a darker shade of red, often referred to as dark red.

Mixing green and brown pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (green) and a secondary color (brown).

Mixing brown and green pigments or dyes typically results in various shades of brown, depending on the proportions of each color. Brown is a tertiary color formed by combining a primary color (green) and a secondary color (brown).

Mixing red and white typically results in pink. Pink is a lighter shade of red and is a tint created by adding white to red.

Mixing black and white typically results in gray. The specific shade of gray depends on the proportions of each color.

Mixing blue and black pigments or dyes typically results in a darker shade of blue, often referred to as dark blue.

Mixing pink and brown pigments or dyes typically results in tan. Tan is a light brown color, and the specific outcome depends on the proportions of each color.

Mixing black and blue pigments or dyes typically results in a darker shade of blue, often referred to as dark blue.

Mixing brown and pink pigments or dyes typically results in tan. Tan is a light brown color, and the specific outcome depends on the proportions of each color.

Mixing white and red typically results in pink. Pink is a lighter shade of red and is a tint created by adding white to red.