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Today’s dezine in a minute is about color and light. Now, the natural daylight we see is clearer white light. It consists of all the colors in the visible spectrum. So how do we get color from white light? What actually happens is that the color that the object does hides pigment absorbs all light except for that color, which is reflected back, and what is what we see. The following pictures are examples of things in their natural state with white light on them and then with different colors of light shinning on them. It is a very big difference without the actual white light. Removing some colors from the white light gets different effects in colors displayed or reflected back. White light is not white light at all but the result of all colors from its lights spectrum. That is what was discovered and proved by Sir Isaac Newton’s for an experiment he did.
In 1666, it is the same year as the plague and the great fire of London, Newton conducted the experiment using a hole in the window shade to – they have daylight into a dark room through the prism. The result was that the light was refracted or beamed when traveling through the prism and came out as a spreading beam of multi-colored light. These beam the colors of the rainbow and in the same order. Newton concluded that the white light was a mixture of different types of light, each being a single pure color, each color was beamed to different degrees, violet the most and red the least. These colors he identified as red, orange, yellow, green, blue, indigo, and violet. In each hue as they thought corresponds to a portion of the range of wavelengths. A variety that can be distinguished by the human eye. This is the visible spectrum. It is only a time proportion of the whole electrometric spectrum, which ranges from high energy x- rays to low energy radio lights and either of the visible spectrum is black or white. White reflects and contains all the colors within it and black absorbs all color.
Now Newton continued the experiment and found that by energy sneak converging lens after the prism, the lens have mixed the colors in white and light is achieved once more. He also experimented food by blocking out some colors and recombining out this created colored mixture of light. These colors are quite different from any found indomitably occurring spectrum. He then introduced converging lens at the prism, which mixed the colors to achieve white light again.
The conclusion was that the color of everything depends on the type of light it seems to the eye. This also depends on the individual colors of the light. The surface of the object reflects, absorbs or transmits in the natural daylight falling on the object. It sounds difficult does it not. Generalizing that the surface looks strongly colored when viewed in white light as it is reflecting certain colors and absorbing -. We view a red Ferrari on the street as it absorbs all forms of light except red which it reflects back to us to tell to us that it is red. That is it, so for much more on color and color schemes, decorating or anything to do with interior design, visit us at www.interiordezine.com. and help us to help you help others. Tell friends and family about the site, it is free education and they will be grateful. Interiordezine.com, the internet’s premier interior design website.
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