the amount of light around you
When light strikes an object, it interacts with the object's surface and is either absorbed, transmitted, or reflected. The reflected light then enters your eyes, allowing you to see the object. The appearance of an object can be influenced by factors such as the object's color, texture, shape, and the angle at which it is viewed.
The object appears to have the color of the light that it is worst at absorbing. That'sthe color of which the most light remains to be scattered and reflected to your eye.
Visual perception is a result of light being detected by your retina at the back of your eye. Light of different wavelengths determines colour. Objects that are a specific colour absorb light of certain wavelengths and reflect light at other wavelengths. So if an object is green that is because it is absorbing the red and blue light and reflecting green.
light that is reflected is what our eyes see. light is made up of all the colours of the spectrum. each 'colour' has its own wavelength say for example a pear, which is green. we see green because the object has absorbed all the other 'colours' and has reflected only the green colour wavelength, which reaches our eye colour receptors and we see green
When you look directly at an object, more light from the object enters your eye and is focused on the fovea, the area of the retina with the highest concentration of color-detecting cones. This allows for better color perception because the object is being viewed under optimal conditions where the light is most accurately processed by the cones.
The "What eye color do I have scanner" reveals your eye color by analyzing the pigmentation in your iris, which determines the color of your eyes.
iris
the wave length of light that is absorbed by the object determines color--White refects all eye perceptible colors where as black absorbes The colour of an opaque object is determined by the wavelength of the visible spectrum that it reflects. Light is made up of 7 colours, each having a specific wavelength range. Consider an object which appears green to the eye. Actually the object is not green in colour, it only reflects the waves pertaining to green wavelength range. All other wavelength are either transmitted or absorbed. The reflected wave reaches our retina and is perceived as that colour.
Eye color inheritance is an example of incomplete dominance, where a mix of alleles from both parents determines the final eye color.
the wave length of light that is absorbed by the object determines color--White refects all eye perceptible colors where as black absorbes The colour of an opaque object is determined by the wavelength of the visible spectrum that it reflects. Light is made up of 7 colours, each having a specific wavelength range. Consider an object which appears green to the eye. Actually the object is not green in colour, it only reflects the waves pertaining to green wavelength range. All other wavelength are either transmitted or absorbed. The reflected wave reaches our retina and is perceived as that colour.
Yes, you can see a color when light of a certain wavelength reaches your eye.
When light strikes an object, it interacts with the object's surface and is either absorbed, transmitted, or reflected. The reflected light then enters your eyes, allowing you to see the object. The appearance of an object can be influenced by factors such as the object's color, texture, shape, and the angle at which it is viewed.
The amount of melanin in the eye determines the eyes color.
The object appears to have the color of the light that it is worst at absorbing. That'sthe color of which the most light remains to be scattered and reflected to your eye.
The iris is the structure in the eye that gives it color. It is a thin, circular structure that controls the size of the pupil and regulates the amount of light that enters the eye. The amount of pigment in the iris determines the color of the eye.
Eye color refers to the specific pigment present in the iris that determines the color of an individual's eyes. It is determined by genetics and can range from shades of brown, blue, green, and hazel.
The gene for fruit fly eye color is located on the X chromosome. It codes for a protein called "eye color," which determines the pigmentation in the eyes of the fruit fly. Mutations in this gene can lead to different eye colors in fruit flies.