No you don't get to claim a color for your gender identity.
(media.greatawakening.win)
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idiots have been claiming colors as their own for many centuries. none have suceeded in keeping any all to themselves c:
This is what occurs when combining colors of light. Try that with paint, and you get a rather dull, dark gray mud.
Yes, there are two color wheels, light and pigment. In light, black is the absence of color and white contains all colors.
Stage lighting follows this chart. Yes it's because you are mixing light frequencies.
Pigment color wheel is different because it's reflecting the various colors of light....
So I prefer to take back the spectrum and rainbows.
They can play in the paint box, but they can't steal any colors!
Lol I can't identify as skyblue-pink?
You can't claim skyblue-pink applies to your identity and rob it of its natural essence for the rest of humanity.
Shucks lol
Nice try though🐸
That picture doesnt look right to me. Not sure if red and green make yellow. Unless something changed over the years and no one told me about it.
It’s both.
https://pavilion.dinfos.edu/Article/Article/2355687/additive-subtractive-color-models/
It’s wrong. The primary colors are red, yellow, and blue. Whoever made this chart…oof.
It's not wrong, that's how the RGB color scale works. See also the CMY and CMYK color scales.
I know the cyan, yellow, and magenta is for most printers nowadays. But red + green = brown. I discovered this in kindergarten around Christmas time.
I’m not sure I get the joke. Are the primary colors supposed to be wrong?
Those aren't the primary colors, they're the RGB color scale. OP is trying to say (quite correctly) that color is determined by the wavelength of the photons bouncing off a given object, and that it has nothing to do with whatever identity someone is claiming.
On one end of the human visible spectrum is blue, which we get from short wavelength photons, and on the other end is red, which we get from long wavelengths. Every color has a wavelength and therefore frequency somewhere between these two, and when photons of differing frequencies collide or combine it changes the frequency and therefore the color.
Thank you!
Huh. Ok.
It isn't a joke. Colors are colors, determined by laws of physics.