What color do we see the most?
455898
blue... just look at the sky w/c is so vast and also to the bodies of water. another color... hmmm.... is black, most of our day is night, right?
573992
actually, red is the first color your eyes see(brain computes). that is why, they want you to get out the way as soon as possible.
64367
Actually there is no colore\nAnd we see it blue because of light reflex in the sky.
26622
D. color blindness\n     That's kind of a trick question. When I looked at it, I thought "this can't be color blindness, because that's a failure to see much of a difference between mainly red and green." But in reality, that is what it is. You not only fail to see red but also green. So the answer is indeed D.
587284
Black & white.\ncolourful dreams only very rarely.
160897
On a more scientific basis they just discovered that humans have a wide varity in the ratio of color receptors in the eye.  Some have mostly red color receptors, some have lots of green and blue.  I'm guessing that this could affect how we individually precieve color and influence our preferences.  Anyways, you might find the "dewey color system" interesting and it might offer you more insight.  http://www.deweycolorsystem.com/
563323
31 question was tell me the color of ur eyes
212389
What is your favorite color?
199624
mostly black, i.e. over 67%. then the blue and green. am not considering the others as cat eye, etc.
1002169
All the colours we humans see is a combination of the 7 colours spectrum of visible light that we know as VIBGYOR( Violet, Indigo, Blue, Green, Yellow, Orange and Red). Any object that we see gets its colour from the light rays that are reflected by that object if all the rays are absorbed by an object it looks black and if all the colours are reflected back it looks white. Due to scattering effect of the atmosphere the blue spectrum of light is reflected and hence it looks blue. The grass reflects back the green spectrum of light hence it looks green.
732803
I think white+creme or sky blue. purple light yellow
710589
being color blind does not mean you see everything in black and white.  Most people with colorblindness have difficulty distinguishing between similar colors, ie.  blue and navy blue........blue and purple....orange and yellow..and so forth.  Rest assured, colorblind people can distinguish between the varying traffic lights, and they also get the full enjoyment that we get, when watching color television:)
689216
1. gamma ray\n2. blue\n3. green\n4. red\n5. infrared
245658
Yes, from a physics perspective there are an infinite number of colors.\n\nBut from the perspective of your retina, there are a finite number that you can perceive, in the thousands as I recall.
505728
Purple (in case it is a trick question)
607436
This question is a topic of current research—several groups are measuring how fine a difference between two colors can be perceived. This type of measurement will ultimately help us determine how many colors the "average" human can perceive. The research is part of a larger field called psychophysics.\n\nColors are first detected by individual cones in the retina. These cones contain various opsin pigments, which absorb only red, green, or blue light, depending on the pigment's absorption spectrum. The information about what colors have been absorbed is sent to the visual cerebral cortex of the brain. Quite a bit of integration and processing of this signal occurs before it reaches its ultimate destination.\n\nIt is now believed that humans can perceive on the order of millions of colors. Most estimates are around 10 million. This makes sense when we consider, for example, computer monitors: We notice a difference when we switch from "thousands" to "millions" of colors. Millions in this case corresponds to 224—or 16,777,216—colors for a 24-bit display. Of course, this simple test only tells us that we can see more than "thousands" of colors, but it doesn't give us an upper limit. According to Kandel et al. (reference below), "The superiority of color perception over brightness perception is evident in the fact that we can discriminate only 500 gradations of brightness but we can discriminate more than 7 million gradations of color."\n\nBecause people vary in the overall number of cones they have and the number of each cone type, they vary in the number of colors they perceive and in what color is perceived given a particular input color at the retina.
1153443
There is no color that can not be seen on earth. Either it exists naturally or can be created because; as has been noted many times, humans can only see within a certain spectrum range. We know the wavelengths of light and can recreated them, so no color we can see can not be seen right here on earth.