The dye is absorbing all colors of light except for violet, which is being reflected. This means that violet light is what we see as the color of the shirt.
We see red when red light reaches the retinas in our eyes. A non-luminous object that looks red is absorbing every color of light that hits it except red light, which it reflects.
A blue box looks blue because it absorbs all colors of light except blue, which it reflects. This reflected blue light is what our eyes see, giving the box its blue color.
-- The colors of light that the object absorbsare gone, and aren'tavailable to proceed to your eye.-- The colors of light that the object reflectsproceed from the objectto your eye. They are the colors that the object "looks" to you.
No, the colors you see are the colors that are reflected by the object. White light is composed of several different wavelengths of energy, these different energies correspond to different visible colors. When an object absorbs the light, it absorbs its energy, the rest of the energy is reflected from the surface. That energy is what you see in the form of photons (light). So, if an object looks blue to you, that object is absorbing red light.
If you say, "the car looks black" you mean it literally, that the car appears to have the colour black. The figurative expression "Things are looking black" means that the situation looks unfavourable or bad.
Yellow looks good with violet Not green or red or blue Maybe white
Chlorophyll appears green to us because it absorbs red and blue light wavelengths well, while reflecting or transmitting green light. This means that the green light is what is not absorbed by chlorophyll and is therefore reflected, making chlorophyll's color appear green.
Little brighter than purple.
We see red when red light reaches the retinas in our eyes. A non-luminous object that looks red is absorbing every color of light that hits it except red light, which it reflects.
Has to do with reflected light, its wavelength, and how water effects it. Red light cannot travel as deep in water as green or blue. Therefor, when a red fish goes deeper the needed RED LIGHT cannot reach it and will not be reflected off the fish. SO! It looks black because it is REFLECTING no color. Thats what color is... reflected light.
Absorbs all different wavelengths of visible white light, therefore no frequencies are reflected - we detect the absence of frequencies as black!
To put it simply a violet looks like a purplish blue color with square, triangle shaped leaves.
because, yellow and pink surfaces emit green and red light(pink) or green and blue for yellow. White light shines green, red an blue light. So they are all reflected, making the surface its color. Green lasers only emit green light so only the green is reflected so the surface looks green.
reflected
The clouds contain sulfuric acid, and it believed that this absorbs some of the blue light, so what is reflected back looks yellow.
A blue box looks blue because it absorbs all colors of light except blue, which it reflects. This reflected blue light is what our eyes see, giving the box its blue color.
== == Blood looks red because the hemoglobin absorbs blue-yellow light when bound with oxygen. The reflected light is then red.