
As someone who likes green, I look at it in comparison with other colours, and I think it gets sadly short-changed. I mean, just consider this:
YELLOW | YELLOW | ||
ORANGE | GREEN | ||
RED | GREEN | ||
BROWN | GREEN |
I mean, sure, we have names for the different greens. I'd call the lighter one "lime" and the muted one "olive". But they are still considered to be types of green. Suppose you had T-shirts striped like this:
The first one is striped in orange & yellow, the second in red & yellow, and the third in brown & yellow. However, as far as the others are concerned, if you were given any one of them on its own, you'd probably describe it as being green & yellow.
Of course, we do have names for specific shades of green: ivy green, spruce green, emerald green, spinach green and so on; but these are comparable to "canary yellow", "daffodil yellow", "sunshine yellow", and the like. The point is that lime is as different as orange, and olive as different as brown; but neither is considered to be a totally separate colour.
In fact, it gets more complicated when we look at colours that lie between lime (on the one hand) and orange (on the other hand) and pure yellow. Colours that are almost yellow.
You can run a sequence of interpolating these shades between yellow and either orange or (lime) green:
But if you compare them instead with red and its equivalent shade of green, they look practically yellow! (But not quite.)
When you look at them all together, you can see that they're the missing part of the sequence: you need these additional colours in order to get a proper gradation.
They don't have separate names, though. There really aren't enough names for colours.
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