what is a short y chromason?
602408
if you mean Y Chromosome...then check out this website:\n\nhttp://en.wikipedia.org/wiki/Y_chromosome\n\nThe Y chromosome is "shorter" then the X chromosome.\n\nAlso:\nThere has been higher insidence of a smaller Y choromosome with trisomy 21 (Down Syndrome).
349526
:}\nShort for KR^ishna
100159
The quote from the link explains how yellow is a combination of colors and when added to blue all the colors are represented and the result is white light.  This has to do with the fact that the normal human eye has only three different color receptors and many colors we see are mixtures. \n\n"White is the combination of all colors of light. In other words, the color white is seen when the red, green and blue channels all send signals to the brain. It follows that red light plus green light plus blue light produces white light. However red plus green without the blue produces yellow. By deduction, yellow light plus blue light most produce white light."
814912
If you check the link, look at the chart of the color sensitivity of the eye cone photoreceptors.  Notice how the blue cone sensitivity drops as you move to higher frequency-shorter wavelength, towards the violet.\nThat is why.
806385
This is additive color mixing.  the interference pattern of the wavelengths of the two colors blend together to create yellow. You get yellow on your television or computer monitor the same way.  If you look at an area of yellow you will see that only the red and green dots are illuminated; the blue ones are dark.  Red, green and blue all at 100% result in white.  Green and blue yields cyan, and red and blue gives magenta.  If the red, green, and blue are all at 0% you have black.  This only works with transmitted light.  If you print the colors on paper you have subtractive color mixing and get totally different results.  The blending of colored light is called RGB color (Red, Green, Blue), and the optical mixing of printing colors is called CMYK (Cyan, Magenta, Yellow, and blacK.\n\nIf you shine green and red light on a blue object it will appear black, because there is no blue in the transmitted light to be reflected back..  You have to use pure color for this.  Rotate the hue slightly and the situation changes.\n\nI do computer animation and mess with this stuff all the time.\n\nI'm better than wikipedia: see below.
815779
You have color issues. Get some help!
207502
COLORBLIND WMEN ARE RARELY FIND. BUT IF SO HAPPEN THEN THE THIRD GENRATION WILL BE AFFECTED N NOT THEIR CHILDRN! AS WMEN HAV XX CHROMOSOMES N MEN HAV XY CHROMOSOME
672376
Has to be White Lines ..Grand Master Flash
1000552
<*text color="blue"*> type text here <*/text*>\n\nwithout the *s.
911478
Something with lenses and light!
1111648
200 x 200\n\nor\n\n40, 000 colors
615786
short regions of dna double helix (2 nm)\n"beads-on-a-string" form of chromatin/dna and histones (11 nm)\nchromatin fiber packaged nucleosomes (30 nm)\nsection of chromosome in an extended form (300 nm)\ncondensed section of chromosome (700 nm)\nentire mitotic chromosome (1400 nm)\n\nanyway, i included a source of a diagrammatic presentation just in case... ;p\nhttp://www.accessexcellence.org/RC/VL/GG/chroma_packg.html
174710
It's a FresnelC function.  Check out the link.
145839
Blue is a short wavelength, shorter than green or red, and our eyes are sensitive to it. The reason the short wavelengths are scattered out of sunlight is because of the size of the nitrogen and oxygen molecules in the air; they are much smaller than the wavelength of light, so they scatter the shortest wavelengths, which are towards the blue end of the spectrum. \n\nOf course, the sky is sometimes green, during a green flash or red, at sunrise or sunset when the red of the sun is reflected from dust and air droplets in the air. \n\nAt sunset, the sunlight has to travel through more air, so more blue gets scattered out, leaving orange, and eventually red light, as more blue gets removed. \n\n(sorta white sunlight)-(blue light gets scattered out)=(yellow sunlight)\n\nAnd as the sun sets:\n\n(sorta white sunlight)-(even more blue light removed)=(orange or red sunlight)
519577
Yellow, with orange and green on the edges
234926
Many chroma-keyers have a fixed green color that they work with (or blue).  The easiest and cheapest way to match this for best results is to visit the local paint store.  Grab one of every color swatch in the green section that looks about right, tape them all to a flat surface together, light it as you would the finished green screen, then shoot some video.\n\nBring that into your chroma-keyer (mixer or computer) and start to pull a key.  The color that disappears first is the closest match.  Buy that paint color and go to town.\n\nAnother trick is to light the background with mismatched fluorescent lights (so 4000k for green or 5500k for blue) and use 3200k light on the subject.  White balance for the 3200k (orange) light and the screen will shift farther into blue or green, boosting the purity of the color you're keying with.
819073
Hi. Usually a streak of color or brightness on a planet like Jupiter. Caused by striations in the clouds.