Yes.
it should do objects absorb all light except light of the colour of the object if there is no light of that colour the object appears black
White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.
White light is simply pure light; it is a mix of all the colors of light. You can test this by putting a crystal prism near a light and admiring the rainbow. The prism has separated the white light into all its different colors. We can see white things, like bleached paper, because it simply reflects nearly all light, therefore appearing as white to us. Of course, even paper isn't perfect. It has ridges and texture. The tiny, tiny shadows that lie in these ridges help our eyes to recognize an object is sitting in front of us.
Red or blue. The reason a red filter looks and is red, is because only red light comes through it, and the same can be said about a blue filter allowing only blue light through. Other colors are absorbed by the dyes in the filter. If white light enters a red filter, then red light comes out, and the same goes for blue.
The white light of the sun cannot be considered pure and uniform because they have different wavelength in different times.
Pure white light is light that contains all the colors of the visible spectrum in equal proportion. It is often produced by combining light of all different colors, resulting in a balanced and neutral appearance.
Very well. Pure white reflects 100% of all light. I'm not entirely sure of any examples of man made or natural shades of 'pure' white.
AnswerBlack and white are not colors, they are tones. Gray is between and is also a tone. AnswerIf black and white was combined the result would be a shade of gray, depending on the proportion of black and the proportion of white that was mixed together.. Pure black and pure white can therefore be thought of as the far left and the far right extremes of gray.AnswerColors are generally considered to be either primary (additive light) or secondary (subtractive light). If you put all the colors together in the additive system you get white light. That means, by definition that there are no colors.Subsequently, if you remove all light in the additive system you also have no colors because there is an absence of light.Maybe an analogy could be that if you had an ice cream cone with strawberry flavor you would have the taste of strawberry, a 'color.' But if you had an ice cream cone with no flavor, it would be bland, without 'color.' This would be the same as the color black. For the color of white, you would have an ice cream cone with all the flavors imaginable mixed in, so you wouldn't be able to pick out just one single flavor of strawberry. This strong flavor where you can't distinguish one from another because all of them combined makes and overwhelming experience would be like 'tasting' white light.Answerblack is a lack of colour, when you have nothing, you have black white is all the colours combined, as dumb as that sounds.if you take a colour wheel, (a round disk, with red, yellow & blue -the primary colours in opposite thirds of the wheel, & between each of them, i.e between blue & yellow will be green, & between yellow & red, will be orange. a bit Ike a circular rainbow) & then spin the colour wheel, the colour will appear to be white :)AnswerOne way to describe what black and white are is to say that: White is what we call a mixture of all possible colorsin the visible light spectrum, which is more usuallyexplained as being "all the colors of the rainbow".Black is what we call the absence of any possiblecolors in the visible light spectrum.Another way to explain black and white is, if any visible light is shone onto an object that is painted pure black, it will reflect none of that light whatsoever and will therefore always appear to have no color itself. That is why it is called black.If any visible light is shone onto an object that is painted pure white, it will reflect the colors of any such light which may shine on it and will appear to have the colors of that light itself. If such light is pure red, the object will appear to be pure red in color, if such light is pure yellow, the object will appear to be pure yellow in color, etc. If the light shining on the object is what we call white, because it has all the colors of the rainbow in it, the object will appear to be white in color.
A pure pink cloud in between white clouds may be the result of the the angle of the sun's rays, which can cause some clouds to appear pink due to scattering of light. The pink color may also be a reflection of the sunset or sunrise colors.
The simple answer is black. However, this is true only if the colour of said object is pure blue; If it has even the slightest tinge of red in it, you will see a very dark shade of red.
Pure calcite is transparent or slightly translucent, however less pure samples are milky white.
brightness