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Orange composé Black & White Stock Photos
. The principles of physics. ultof the optical mixture of the same colors. 363. Theories of color vision. Brewster (1831) presented the hypothesis that all colors are formedby the union of three primaries,—red, yellow, and blue,—whichtogether compose white light, and give, by combinations in twos,the hues, orange, green, purple, etc. This hypothesis was based onthe mixing of pigments. But the actual addition of colors does notgive the same result as the mixing of pigments, as has been shown. The generally accepted theory of color-vision is that of Dr. Young(1801-2), verified by Maxwell and Hel Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-principles-of-physics-ultof-the-optical-mixture-of-the-same-colors-363-theories-of-color-vision-brewster-1831-presented-the-hypothesis-that-all-colors-are-formedby-the-union-of-three-primariesred-yellow-and-bluewhichtogether-compose-white-light-and-give-by-combinations-in-twosthe-hues-orange-green-purple-etc-this-hypothesis-was-based-onthe-mixing-of-pigments-but-the-actual-addition-of-colors-does-notgive-the-same-result-as-the-mixing-of-pigments-as-has-been-shown-the-generally-accepted-theory-of-color-vision-is-that-of-dr-young1801-2-verified-by-maxwell-and-hel-image336733946.htmlRM2AFRFGA–. The principles of physics. ultof the optical mixture of the same colors. 363. Theories of color vision. Brewster (1831) presented the hypothesis that all colors are formedby the union of three primaries,—red, yellow, and blue,—whichtogether compose white light, and give, by combinations in twos,the hues, orange, green, purple, etc. This hypothesis was based onthe mixing of pigments. But the actual addition of colors does notgive the same result as the mixing of pigments, as has been shown. The generally accepted theory of color-vision is that of Dr. Young(1801-2), verified by Maxwell and Hel
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