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All the colors that are NOT absorbed by the object.
The don't exactly "attract" the light; rather, if light falls on them, a larger percentage of the light will be absorbed.
Blue light is reflected, other colors are absorbed.
White is not a color, it is all the colors. So when you look at something red, all colors but red are being absorbed and red is reflected. If it was black, then all colors would be absorbed. If it's white, then no colors are being absorbed..
Basically three things can happen to light as it strikes an object. It can be reflected, absorbed, or it can pass through. For simplicity, assume the object is not transparent; in that case, any light that is not reflected is absorbed.
white light colors?
Fewer colors of light are reflected and more aare absorbed
Red
All the colors that are NOT absorbed by the object.
The mixing primary colors of pigment is when they are added together, fewer colors of light are reflected and were absorbed, but the mixing primary colors of light is when two of the same amounts of light combined together to form a color of white. If they are not at the same amount of light, then the colors it formed will be the secondary colors.
The don't exactly "attract" the light; rather, if light falls on them, a larger percentage of the light will be absorbed.
Because this changes the frequency of light
All of the colors are absorbed.
All but red.
Blue light is reflected, other colors are absorbed.
Visible light can be absorbed anywhere.-- Anything that appears to have a color in sunlight has absorbed most ofthe visible light of all other colors.-- Anything that appears black in an otherwise light room has absorbed all ofthe visible light that fell on it.
White is not a color, it is all the colors. So when you look at something red, all colors but red are being absorbed and red is reflected. If it was black, then all colors would be absorbed. If it's white, then no colors are being absorbed..