When lights of any two primary colors are shone on a white object, the object will appear to be a secondary color that is created by mixing those two primary colors together. For example, red and blue light will make the object appear purple, red and green light will appear yellow, and blue and green light will appear cyan.
An object that appears black reflects very little light, absorbing most of the colors in the visible spectrum. This means that the object does not reflect specific colors, but rather absorbs them all, giving it a black appearance.
When light of all colors (wavelengths) is absorbed by an object, the object appears black.
When all colors are absorbed by an object, the object appears black. This is because no light is reflected back to our eyes, resulting in the absence of color and a perception of blackness.
absorbed, which is why the object appears black. The object does not reflect any colors back to our eyes.
An object that absorbs all light appears black because it absorbs all colors of light equally. An object that reflects all light appears white because it reflects all colors of light equally.
An object that appears black reflects very little light, absorbing most of the colors in the visible spectrum. This means that the object does not reflect specific colors, but rather absorbs them all, giving it a black appearance.
When light of all colors (wavelengths) is absorbed by an object, the object appears black.
When all colors are absorbed by an object, the object appears black. This is because no light is reflected back to our eyes, resulting in the absence of color and a perception of blackness.
absorbed, which is why the object appears black. The object does not reflect any colors back to our eyes.
An object that absorbs all light appears black because it absorbs all colors of light equally. An object that reflects all light appears white because it reflects all colors of light equally.
Black
If an object reflects the entire spectrum of light, it appears white to the human eye. This is because white light contains all the visible colors of the spectrum, and when an object reflects all these colors, it appears white.
An object appears white because it reflects all visible light wavelengths equally. When white light (containing all visible colors) hits an object and is reflected back, the object appears white to our eyes. This is in contrast to black, which absorbs all colors and reflects very little light.
Colored objects absorb some colors of light and reflect others. When you shine a colored light on an object, the object will absorb the light colors it matches and reflect the colors that it does not. This interaction between the object's color and the light color leads to the object appearing to be a different color under different colored lights.
Reflects, other wavelengths (colours) are absorbed.
No, the color of an object is the color of light that it reflects, not the color it absorbs. When light shines on an object, the object absorbs some colors and reflects others. The reflected colors are what we see.
If an object appears white, it means that it is reflecting all colors of light equally and not absorbing any particular color. This results in the object appearing as white to our eyes due to the combination of all colors being reflected.