Mixing red, blue, green light equally produces _______.

A
Cyan

B
White

C
Magenta

D
Black

Topic Flashcards

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Question

In the additive color model (used for light), what are the three primary colors that can be combined to create white and a broad spectrum of other colors?

Answer

Red, Green, and Blue (RGB).

Question

What are the three secondary colors of light created by mixing two primary colors of light equally? Name the pairs.

Answer

Cyan (Green + Blue), Magenta (Red + Blue), and Yellow (Red + Green).

Question

What is the fundamental difference between additive color mixing (for light) and subtractive color mixing (for pigments/inks)?

Answer

Additive mixing combines wavelengths of light (adding colors creates white). Subtractive mixing absorbs (subtracts) wavelengths (combining all colors theoretically creates black).

Question

In additive color systems like TV and computer screens, how is the color white produced on the display?

Answer

By illuminating the red, green, and blue sub-pixels at their full, equal intensity simultaneously.

Question

What color of light do you get if you mix red and green light equally? How does this relate to the concept of white light?

Answer

You get Yellow. Yellow light, when combined with the remaining primary (blue light), completes the set to produce white.

Mini Quiz

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Is the combination of red, green, and blue light the standard method for creating white light in digital displays?

Mixing red, blue, green light equally produces _______.

A
Cyan

B
White

C
Magenta

D
Black

Mixing red, blue, and green light equally produces white light.

Topic Flashcards

Mini Quiz

Related Questions

Mixing red, blue, green light equally produces _______.

A Cyan B White C Magenta D Black

Mixing red, blue, and green light equally produces white light.

Topic Flashcards

Mini Quiz

Related Questions

A
Cyan

B
White

C
Magenta

D
Black