indiginess said:
hahhahhahaha
ok that really made sense to me. but then again i was told that the stars were alive once, and that made sense too.
violet and red orange are one set, blue and red are another.
they happen at basically the same time.
Ah, I think? But violet and red orange are not related to one another. How can they be of the same set?
You need blue and red to make violet, so yah, but red orange -- where is the yellow? You can't have red-orange without yellow.
plants need those light waves to make the electrons dance.
we see green.
We see green because they absorb all other colors.
Ie: (I assume you know this, this is for anyone else reading this) put simply --if a fish is totally red (I mean TOTALLY) then it absorbs all colors but red, so all we see is red.
i think you mentioned something about color order.?..
The color order is how they run on a color wheel. The "primary and secondary" colors***, in order: red, violet, blue, green, yellow, orange -->red
On a proper Color Bias Wheel, there is no red, yellow, or blue, but warm or cool variations of each: Quinacridone Violet, Violet, Ultramarine Blue, Cerulean Blue, Green, Lemon Yellow, Cadimium Yellow, Orange, Cadminium Red
In English: red-violet, violet, blue-violet, blue-green, green, yellow-green, yellow-red, orange, red-yellow. In other words, you won't find a tube of quality oil or acrylic paint that just says "blue". The color "blue" just doesn't exist.
*** without going into more great detail, there really are no such things as "primary" or "secondary" colors. If anyone wants detail, ask, otherwise I'm not going to bore everyone to death
ANYHOW . . . :dance2:
If the plant uses all colors but green and needs violet to produce the green, then it stands to reason that it needs all forms of violet: red-violet, violet and blue-violet. No?
That's why I asked about red-leaved plants. We see red, not green, so do they need a different light waves?
Blah,
Roan