Color Theory and Perception

The video tutorial covers the basics of color theory, focusing on the additive and subtractive processes. It explains primary and secondary colors in both processes, using diagrams and real-world examples. The tutorial also discusses how different lighting conditions affect color perception and provides practical examples of color reflection and absorption. Ray diagrams are used to illustrate color mixing, and the differences between theoretical models and real-life color mixing are highlighted.

What are the primary colors in the additive color process?

• Green, Yellow, Cyan

• Red, Yellow, Blue

• Cyan, Magenta, Yellow

• Red, Green, Blue

Which pigment is responsible for removing red in the subtractive color process?

• Blue

• Magenta

• Cyan

• Yellow

In a dark room, what color is seen when red and green lights overlap?

• Magenta

• Cyan

• White

• Yellow

What happens to the primary colors when they strike a black shirt?

• Only blue is absorbed

• Only red is reflected

• They are all absorbed

• They are all reflected

How does a white shirt appear under sunlight?

• Blue

• Black

• Red

• White

What color is perceived when red and blue paints are mixed in art class?

• Purple

• Yellow

• Magenta

• Green

In physics class, what is the result of passing light through a blue slide followed by a red slide?

• Blue

• Red

• Black

• White

Under a yellow street lamp, how does a blue shirt appear?

• Red

• Blue

• Black

• Yellow

What color does a magenta shirt appear under a yellow street lamp?

• Magenta

• Red

• Blue

• Green

What is the primary difference between real-life color mixing and theoretical models?

• Theoretical models use fewer colors

• Theoretical models are more accurate

• Real-life does not absorb all colors

• Real-life uses more colors