class='bold'>Colorclass='bold'>class='bold'>Grade

TemperatureSet here the class='bold'>color temperature in Kelvin.

Let me do that in the same shade of class='bold'>purple right over there.

So let's pick a good class='bold'>color this is a slightly different shade of class='bold'>purple.

Be sure it's the same green. Better take it out into the daylight.

The levels of FoxP2 are shown by how dark it is so there is lots of FoxP2 here, and not so much here.

So this is a satellite photograph based on temperatures red being warm, blue being cold and we found there's a tremendous difference between the warm water samples and the cold water samples, in terms of abundant species.

We came back to our pile, it was covered with hundreds of pounds of oyster mushrooms, and the class='bold'>color changed to a light form.

Banish the black, burn the blue, and bury the beige.

This class='bold'>color... and this class='bold'>color are the same.

Maybe I'll do it in that class='bold'>color, the class='bold'>color I was using, so that's this class='bold'>color.

The class='bold'>orangey yellow class='bold'>color is the real class='bold'>color of the sky.

Current class='bold'>color This is the currently selected class='bold'>color

Let me switch to, maybe, magenta.

Start class='bold'>Color

End class='bold'>Color

class='bold'>Color

Font class='bold'>Color

class='bold'>Color

class='bold'>Color

class='bold'>Color

First class='bold'>Color

Second class='bold'>Color

Topocentric Coordinates

Text class='bold'>Color

Font class='bold'>Color

class='bold'>Color

class='bold'>Color

UNlNTELLlGIBLE .

Border class='bold'>Color

class='bold'>Color Effects...

class='bold'>Color Effects

class='bold'>Color Balance...

class='bold'>Color Space Conversion

class='bold'>Color Balance

Current class='bold'>Color Space

Bit depth

class='bold'>Color mode

class='bold'>Color depth

Monochrome

Space

class='bold'>Color Space

class='bold'>Color space

Named class='bold'>color

Working class='bold'>Color Space