yes it does i think
No, yellow paper does not absorb red light. Yellow paper absorbs blue light and reflects yellow light, giving it its yellow appearance. Red light is not absorbed by yellow paper, so it is reflected or transmitted through the paper.
Yes, colored pieces of paper absorb light because they contain pigments that selectively reflect certain wavelengths of light while absorbing others. The pigments in the paper absorb some colors of light, which gives the paper its particular color appearance.
Cellophane paper is made from natural cellulose fibers, which have the ability to absorb and reflect light. When light hits the cellophane paper, the cellulose fibers scatter the light in different directions, giving the appearance of absorption. This effect can make the cellophane paper appear translucent or colored depending on the thickness and composition of the fibers.
When light shines on green paper, the paper absorbs most of the colors in the light spectrum but reflects green wavelengths back to our eyes. This is why we perceive the paper as green. The green color is determined by the pigment molecules in the paper that absorb all other colors except green.
If you shine red light on black paper, the black paper will absorb most of the red light and appear dark. The red light that is not absorbed may be reflected or scattered, but it will not significantly change the appearance of the black paper.
No, yellow paper does not absorb red light. Yellow paper absorbs blue light and reflects yellow light, giving it its yellow appearance. Red light is not absorbed by yellow paper, so it is reflected or transmitted through the paper.
Yes, colored pieces of paper absorb light because they contain pigments that selectively reflect certain wavelengths of light while absorbing others. The pigments in the paper absorb some colors of light, which gives the paper its particular color appearance.
to absorb light easily
Cellophane paper is made from natural cellulose fibers, which have the ability to absorb and reflect light. When light hits the cellophane paper, the cellulose fibers scatter the light in different directions, giving the appearance of absorption. This effect can make the cellophane paper appear translucent or colored depending on the thickness and composition of the fibers.
The red pigment in the paper will absorb all colors except red, which will be reflected. When yellow light shines on the paper, which contains red pigment, the red pigment will absorb the other colors in the yellow light spectrum but reflect the red light. So, the paper will appear red under yellow light.
When light shines on green paper, the paper absorbs most of the colors in the light spectrum but reflects green wavelengths back to our eyes. This is why we perceive the paper as green. The green color is determined by the pigment molecules in the paper that absorb all other colors except green.
If you shine red light on black paper, the black paper will absorb most of the red light and appear dark. The red light that is not absorbed may be reflected or scattered, but it will not significantly change the appearance of the black paper.
Some examples of materials that absorb light include black paper, dark clothing, and certain types of plastics. When light hits these materials, they do not reflect it back but instead absorb it, which is why they appear darker in color.
This is because back aborbs heat where as white reflects heat
The paper will appear green to humans because the pigments present selectively absorb the wavelengths of red, yellow, and blue light, while reflecting the green light. Green is the color that is left to be detected by our eyes.
Materials that absorb light well are typically dark or opaque, as they reflect less light back. Examples include black fabric, asphalt, and charcoal. Conversely, materials that are light or transparent, like glass or white paper, tend to reflect more light and absorb less.
Tissue paper is thin and mostly translucent, allowing light to pass through it. It absorbs some light and reflects the rest, giving it its characteristic appearance.