.
Depends on the ratio of the combination
Black
Subdued version of the primary color
White
red and green
red and blue
green and blue
Green and cyan
Added.
subtracted
Reflected.
Refracted.
Complementary to
Associated with
The inverse of
Unrelated to
Yellow
Brown.
white.
black
Yellow
blue
Red
Green
Yellow
cyan
magenta
Blue
both have the same frequency
both have the same wavelength
Both travel at the same speed.
red light travels faster than violet light.
Blue + green = cyan
Blue + yellow = white
Red + yellow = magenta
Red + green = yellow
a shorter wavelength
A faster speed
a longer wavelength
A lower frequency
Wavelength
Frequency
Amplitude
Surface
Magenta light
Green light
Yellow light
Cyan light
Subtractive
Refractive
additive
Diffractive
Different colored light has different wavelengths
Certain parts of a prism only let certain colors of light pass through
The colors are changed by addition.
This is an example of color by subtraction
A wave only
A particle and a wave
neither a particle nor a wave
A particle only
Prisms distort images
White light is composed of colors
Prisms are transparent
Light travels at a constant speed
Wavelength
frequency
Speed in a vacuum
Amplitude
Primary pigments reflects one color primary and absorbs two
Complementary colors are two colors that combine to form white
Primary colors combine to form other colors
A secondary color is a combination of two primary colors
Refraction
Diffraction
Reflection
Polarization
They produce different colors..
They reflect their color and absorb all the others.
They cannot be seen..
They produce only cyan, yellow, and magenta
Wait!
Here's an interesting quiz for you.