Actually, our brains perceive the color. Eyes are a sensory organ. When light of various frequencies enters the eyes through the lens and falls on the retina, different chemicals in the retinal cells respond to different properties of the light. Some color sensitive chemicals respond to differences in the red-green frequency shifts, while others respond to differences in the blue-yellow frequency shifts. When these chemical dyes are stimulated by light, the nerve cells that contain them are stimulated and send signals to higher organizations of nerves in the brain that interpret the significance of the color differences. Other nerves in the retina are specialized to respond to dark/light differences; still others respond to movement.
She has blue eyes.
The highest visible frequency of light is perceived as the last color you can see on the blue-violet end of the rainbow.
it would be hazel i believe my mom has that color of eyes and she says that it is hazel
orange
green
Black
For the same reason you see yellow, red, blue, or any other color. It is because you have cells in your eyes that are sensitive to that color.
You perceive the electromagnetic waves from visible spectrum or light rays. When the light rays of higher wavelength enters your eyes, you see the red color.
You do not make colors, they are what your eyes and mind perceive when light bounces off an object.
They sure do!
probaly not
X-Rays are high energy electromagnetic waves far beyond the visible part of the spectrum, so it has no color that our eyes can perceive.
The cells responsible for the color vision in mammals are called as cones. I have been remembering the same by color vision by cones. That C and C. The brightness is perceived by rod cells. This is how you dispel the confusion. There are cones and rods to perceive the vision.
Rods, which perceive black and white and gray, and cones, which perceive color.
Colors do not exist without light. Your eyes have rod cells and cone cells and only the cone cells can perceive color. However, in low light areas only rod cells are sensitive enough to be activated and they cannot perceive colour. This is a physiological interpretation to the question as color, as far as we know, is an animal perception to the differences in the frequency of light and may not be a universal perception.
one cannot see color, or perceive color differences
Light, no matter what color, is composed of photons. Each photon has a specific wavelength (color) associated with it. Because of the way our eyes work, at least three different wavelengths are required for us to perceive light as "white".