Everything outside of about 400-800 nm
i.e.
Radio
mirco wave
infrared
ultraviolet
x-ray
gamma ray
What we perceive as color is specific wavelengths of light. Objects either emit or reflect light. Again depending on which wavelengths are either emitted or reflected is the color(s) we see. In emitted colors, a given source emits light. If all wavelengths are emitted then what we see is white. The object may emit specific wavelengths of light or it may use some sort of filter that allows only specific wavelengths to pass through and blocks all others. In reflected colors. the object or pigments of or on an object absorb all light wavelengths except certain ones. Those that are not trapped and are reflected or refracted back (as in the case of rainbows) we perceive as color(s).
There's a broad band of wavelengths of light coming from a rainbow. They range from wavelengths that are too short for your eyes to detect, all the way to wavelengths that are too long for your eyes to detect. Within that band of wavelengths is the total band that your eyes can detect, and you see them as a spread out display of all the colors that your eyes and brain can work together to perceive.
Yes, it is true.
You don't. You see it when sunlight traveling away from you enters a raindrop, bounces offthe far inside of it, and comes back out traveling toward you.The reason is that different wavelengths of light bend through very slightly different angleswhen they enter or leave the raindrop.So, if light with a mixture of different wavelengths goes in, then the different wavelengthswill come out in slightly different directions, and you'll see them spread out.
The color red, whether in an apple or anywhere else, corresponds to a certain range of wavelengths of light, which are the longer wavelengths of the visible spectrum. Blue is composed of the shorter wavelengths.
We see wavelengths that are reflected off of matter.
Different wavelengths of visible light are different colors.
Visible light
Most humans eyes are sensitive to wavelengths between about 400 nanometers and 700 nanometers
by observing in high-energy wavelengths such as X rays and long wavelengths of light such as radio waves
We have NO TROUBLE at all seeing visible light wavelengths from the sun.We cannot see the radio, microwave, infrared, ultraviolet, or x-ray "light" from the sun because our eyes are not sensitive to these wavelengths.
There are only certain wavelengths that can be accepted and absorbed by chlorophyll molecules. The rest are instead reflected - the colors that you can see. Without those wavelengths, you do not have photosynthesis.
If you mean, "which wavelengths of light can the human eye detect," the human eye can see wavelengths from about 390 to 700 nanometers.
Most humans eyes are sensitive to wavelengths between about 400 nm (violet) and 700 nm (red)
no
The white light gets split into its different wavelengths which we see as different colours. The different wavelengths get refracted at slightly different angles, and we see a rainbow effect.
The white light gets split into its different wavelengths which we see as different colours. The different wavelengths get refracted at slightly different angles, and we see a rainbow effect.