Shades of gray wherever I go, the more I find out the less that I know, there aint no rainbow following me, shades of gray are the colors I see?
218588
Shades Of Grey - by Billy Joel\nSome things were perfectly clear, seen with the vision of youth\nNo doubts and nothing to fear, I claimed the corner on truth\nThese days it's harder to say I know what I'm fighting for\nMy faith is falling away\nI'm not that sure anymore\n\nShades of grey wherever I go\nThe more I find out the less that I know\nBlack and white is how it should be\nBut shades of grey are the colors I see\n\nOnce there were trenches and walls and one point of every view\nFight 'til the other man falls\nKill him before he kills you\nThese days the edges are blurred, I'm old and tired of war\nI hear the other man's words\nI'm not that sure anymore\n\nShades of grey are all that I find\nWhen I look to the enemy line\nBlack and white was so easy for me\nBut shades of grey are the colors I see\n\nNow with the wisdom of years I try to reason things out\nAnd the only people I fear are those who never have doubts\nSave us all from arrogant men, and all the causes they're for\nI won't be righteous again\nI'm not that sure anymore\n\nShades of grey are all that I find\nwhen I look to they enemy line\nThere ain't no rainbows shining on me\nShades of grey are the colours I see\n\nShades of grey wherever I go\nThe more I find out the less that I know\nThere ain't no rainbows shining on me\nShades of grey are the colors I see
114893
on some machines, the transparency doesn't work with the background-color\ntry it with just background.\n\nbackground: transparent;
529406
i did one:\ndo colors affect your mood/behavior
446486
I know that different colors are "visible" at different wavelengths.  So, depending on an increase/decrease in energy, you would be at varying wavelengths?
656123
Totally blind from birth have no idea what colors are.  As you they dream what they know.  People that loose their sight later will dream in color because they have seen color.  It is very difficult for the seeing to understand those that do not.
57593
I am presuming that I would be describing the color to a person blind from birth, who has no visual point of reference. \n\nI would describe different shades of any color with emotive adjectives and associations to touch or sound.\n\nFor example, I might describe the color powder blue as: soft and weightless. It makes you feel like you are as light as a balloon, and could float away with the gentlest of breezes.\n\nI might describe midnight blue as:  dense, muddled and rather mysterious. It feels like the air on a humid morning; heavy with moisture, with occasional tinges of crispness barely perceivable. And, the same with other colors.
51969
colours only mean you perceive things differently. if you were colour blind it may make things harder for you if you had to determine colours. otherwise, it probably has very little significance.
272458
the answer is "colors" \nolive and green are colors\nyou can't see the word colors, only what colors are\nand it has 6 letters in it.
457812
How about, "absence_of_color"?
83551
Transparent is NO COLOR, it just means that any color can go through it. A window for example is NO COLOR.\n\nA yellow banana is yellow, but a window is NOTHING, no color, this means every color can go through it.\n\nIf a window was blue, this would mean that every color would be absorbed by the blue window except blue itself.
676412
No one can ever know what another person is seeing. Can you see auras? Then great.
481969
what you actually saw was the two rainbows formed...\nyes there are two... as what you saw, the outside is fainter than the inside... and also, if there were no earth, the rainbow we see will be like a circle....
428914
i see everything in bright colors
384703
Is there really an end to the rainbow?  If there is...is it gold or skittles?
203526
It was almost like a rainbow of colors, from blue to red. It was mostly blue though.
517645
Oh, um.....I'm color blind, sorry. I see threw all the flags of the world since I am color blind.
421397
This is partially true, partially false.\n\nWith regards to purple, most people would agree that purple light is always some mixture of reddish and bluish light.   I.e. you can imagine two knobs, one raising and lowering the red and the other raising and lowering the blue, and you can get many shades of purple.  There may be other hues added in as well, but there is *always* red and blue (if not, we rarely call it purple).\n\nIn other words, if we didn't have the word "purple" in our language, we would probably call it something like "reddish blue" or "bluish red".\n\nBut we cannot do the same with red and green.   We have a very hard time imagining, or pointing to, a color that is "reddish green".  If given only a red and a green knob, the result will be make the color more or less neutral (gray or white).\n\nLikewise with blue and yellow.  (Some people will respond that green is bluish yellow, but that's because many people are used to mixing pigments on paper ... we're talking about mixing lights.)\n\nThese two pairs,  red-green and blue-yellow, are *fundamental* pairs.  We call them "oppositional".  (There is also a third opponent pair ... light-dark ... but as we're just talking about color here, we can ignore that one for the moment.)  This is called the "opponent theory" of color vision and is associated with Ewald Hering.\n\nSo in that sense we can call these four colors "fundamental" hues"  because all color we see can be mixed using knobs of these four colors.\n\nPeople will also wonder about the red-green-blue primaries, and the fact that we know we have red, green, blue photoreceptors in our eyes.  These would also seem to be fundamental hues (as evidenced by the computer monitor on which you are reading these words ... that monitor is able to simulate a wide range of colors using just red, green, and blue).\n\nThese two theories ... the "opponent theory" and the "trichromatic theory" competed for a long time until we found a way to reconcile them.  Basically, we have three types of photoreceptors, but they are wired in a way in our retina, that by the time signals are travelling down our optic nerve, the red-green are antagonistic signals as are yellow-blue.