No. If the object absorbs that color, then there's none left to travel
from there to your eyes, is there !
The color you see is the light that the object couldn'tabsorb, so it
bounced from the object to your eyes.
If an object absorbs all the colors of light, it will appear to be black. It is the reflected part of the spectrum that gives an object its color.
The object will be red, due to the red light of the spectrum being reflected.
black body is the object which absorbs the light of all wavelength...........
Black
Black
If an object absorbs all the colors of light, it will appear to be black. It is the reflected part of the spectrum that gives an object its color.
the color of the light it reflects and absorbs. If the object reflects red and absorbs all other colors, the object will appear red.
The object will be red, due to the red light of the spectrum being reflected.
black body is the object which absorbs the light of all wavelength...........
If it reflects that color of light, you're eyes will see that color being reflected by the object (when the color is being shown on the object, white light contains 'all' colors of visible light). If an object absorbs a color of light you will tend not to see it coming off of the object. Translation: objects will appear the color(s) of light that it reflects. If an object appears red, it reflects red light.
Black
Black
Black
A black object absorbs light- black is actually an ABSENCE of light. White, on the other hand, REFLECTS all colors- which, when blended, produces white.
The color is Black.
it will be black
Any object that has light shone on it would appear in a particular color because the said object absorbs all the other colors of the spectrum and reflects one single color. when the light itself consists of a single color, the color of the object gets modified because the reflected light contains the color of the light and then part that is reflected. For ex, the wall in the question would appear red if the light is only one wavelength but would appear as a combination of red and its own natural color if the light is a combination of different wavelengths.