its pretty much asking yourself how can u see ? it receives light by the pupil sucking all the light in that that's why some of us humans cant really stare at the sun much because the pupil receives too much from the sun
The retinas of our eyes are sensitive to it. Our skin has receptors that can feel it (heat is light).
retina
Different frequencies of visible light are perceived as different colors.
The adjective form of perceive is perceptive.
The highest visible frequency of light is perceived as the last color you can see on the blue-violet end of the rainbow.
Our eyes cant perceive motion faster than 1/10 of a second and light can travel about 10,000m in 1/10seconds. Since a normal room is on an average 7m x 7m, there is no observable delay in between turning on a light and seeing the emitted light.
There are cone cells in your retina. They give you perception of colour. You have cone cells which perceive blue, green and red colours. So cones cells which perceive blue colour are stimulated by high frequency light waves. Green light is perceived by cone cells, which are stimulated by light waves of medium frequency. Red light is perceived by cone cells, which are stimulated by light waves of low frequency. This is one of the unimaginable adaptation of the human eye. With more or less stimulation of these three primary types of cone cells, you can perceive the thousands of different colours.
This is a difficult question to answer, as the brightness of light is itself perceived, rather than actual. In some ways, light is brighter than you can perceive it, simply because another person can perceive that light to be brighter than you yourself perceived it. The brightness of light to the eye is relative.
Black
you can't!!
intensity
The eye and brain perceive a holographic image due to the fact that light enters the eye. The light is then converted into information through the optic nerve.
Different frequencies of visible light are perceived as different colors.
sight
The colder a star is the longer the light waves it emits. Light wavelength is what we perceive as color.
No. By definition, "ultraviolet" is that which is beyond the visible light - more specifically, beyond the violet part of visible light.
The wavelengths which comprise visible light.
A white object will reflect the white light. (that's why we perceive the object to be white).
The human eye has three kinds of color receptors, which perceive red, yellow, and blue wavelengths of light. If you perceive red and yellow simultaneously, that is interpreted as orange.