Color Mixing in Light and Paint

The video tutorial explains how different colors are perceived based on light reflection and absorption. It covers the concepts of subtractive and additive color mixing, highlighting how paints and dyes absorb certain wavelengths of light, while light mixing involves adding wavelengths. The tutorial also compares the color wheels for paints and light, illustrating the differences in secondary colors produced by each method.

Why does a red M&M appear red?

• It absorbs red light.

• It reflects all colors of light.

• It reflects only red light.

• It absorbs all colors of light.

What happens when you mix blue and yellow paint?

• You get purple.

• You get green.

• You get orange.

• You get cyan.

How does mixing red and blue light differ from mixing red and blue paint?

• Light mixing results in cyan, while paint mixing results in green.

• Both result in magenta.

• Light mixing results in magenta, while paint mixing results in violet.

• Both result in purple.

What secondary color of light is produced by mixing green and blue?

• Magenta

• Orange

• Cyan

• Yellow

Which of the following is a primary color of light?

• Green

• Orange

• Yellow

• Purple

What is the result of mixing red and green light?

• Cyan

• Magenta

• Yellow

• Blue

How does the color wheel for light differ from the color wheel for paint?

• Both use the same primary colors.

• Light mixing is additive, while paint mixing is subtractive.

• Light mixing is subtractive, while paint mixing is additive.

• They are identical.

What color do you get when you mix red and yellow paint?

• Green

• Orange

• Purple

• Cyan