If a blue object is placed in front of the screen, what color will it be? explain your answer.
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What colour will what be?\n\nLight is additive: red light plus green light will yield whitish light.  The blue object will still look blue.\n\nIf you mean that the light passes through the blue object onto the screen, all non-blue light will be filtered out, so the spot on the screen will look blue.
10378
black is the absense of light\n\nwhite is the combination of all colors
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The answer to part one is "green", and the answer to the second part is "green".\n\nThat is why the sky actually appears blue at noon (blue light is more scattered) and red at sunset (red light is less scattered).
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Red, blue, and yellow are the primary colors of PAINT; the primary colors of LIGHT are red, blue, and GREEN.  Combining all of the primary colors of light gives you white light.  Black (darkness) is simply the absence of all color.
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Color.blue is a static instance of Color that is set to the color blue.  You don't need to instantiate a new Color object to use it, just say:\n\nColor color = Color.blue;
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The blue colour of the sky is due to an optical phenomenon called scattering of light. The sunlight is a mixture of a number of colors (the ones you see in the magnificent rainbow!). The molecules of the air cause these colors in sunlight to scatter by different amounts (or intensities).\n\nBlue light is scattered the most (this is explained by a formula called Rayleigh's criterion in Physics). In other words, blue color is 'spread' across the sky. And so you observe the sky to be blue. Sometimes even a clear blue sky looks as pretty!
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There is no sound logic to your question.  "I have 2 small items on my monitor".  Please remove your question, so you can get real help.  An explain what the "2 small items", look like.\n\nAlso do you know the difference between a screensaver and wallpaper??.\n\nClinical Psychiatrist, France
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Simple answer:\n\nThe rods and cones in our eyes pick up on the different waves in light. The primary colors of light are:\nGreen\nRed\nBlue\nWith the combination of these different wavelengths of light we can get any of the other colors including yellow.\n\nPigments work different. Whereas the colors we recieve from  TV's and lightbulbs is by the combination or "addition" of wavelengths of light, pigmentation occurs by "subtraction" of light and it also has different primary colors. The primary colors of pigments (any object is seen by pigments whereas a TV's colors works by wavelenths of light rather than pigments) are:\nYellow\nBlue \nRed\nAnd those colors are seen by subtration meaning the light hits the particular object and every color gets absorbed except whatever color get reflected and that is the color we see.\n\nhope this helps.
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I believe it is either red or blue....\n\n-Ginger
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violet \nyou'll find it at the bottom of the color charts, last one
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ah, i actually remember thinking that once... i always had a lot of questions like that, always so curious about stuff... that's why im a physics major, it explains so much... actually, while we may not be tasting or smelling the same thing, we are all seeing the same colors.  this is because each color has corrosponding wavelengths and frequencies of light on the electromagnetic spectrum.  Only a very small portion of this spectrum is even visible light, and we all agree on that.  the colors you see from objects are just the wavelenghts of light that are not absorbed by that object, so therefore are reflected. so we are definately all seeing the same frequencies of light... its easier to understand with sound, if you pick different frequencies, it's a higher or lower pitch.  we can all definately agree on the pitches of sound because we can agree on whether or not the pith is higher than another pitch. if you pick a frequency on the electromagnetic spectrum in the visible light range, that frequency will correspond to a certain color. violet is the color with the wavelength of the highest frequency, meaning it has the highest energy(E=hf where h is planck's constant so energy is directly proportional to frequency.) red has the lowest frequency, and therefore energy. the colors go in order of lowest to highest energy as follows: red, orange, yellow, green, blue, violet. it is is definate that what everyone views as violet is what has the highest energy, and what everyone views as red has the lowest.  and the colors as we know them, kind of blend into each other as you go up in energy, like starting with red you can have red orange and keep adding orange till you get to orange, then add some yellow and so on.. the colors blend nicely. if someone viewed lets say green instead of orange... well then red and green wouldnt mix so well now would they? if you think about it, the colors go "up" in energy steadily just as sound goes up in pitch steadily, so we do all view colors the same.  i hope i conveyed my thoughts properly and that made sense :)
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If you are asking what the colors of the key are...hint:  look at the key.\n\nIf you are confused as to what a color map key is, and believe that this is a single answer you can find here...I am sorry for you.
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(baby)blue.(light)pink.(light) purple or yellow
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White is the combination of all colors. On the contrary, black represents no color.
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rainbow\n\n\n...c'mon
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Because god only wants two colors in his static. Do not question him blasphemer. huh what.... oh ok... God wants me to tell you that you can access his custom color static by applying a magnet to the screen.
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All of the above. Does that answer your question? Well, all except A. The last time I checked it was yellow and red. Not blue.