The blue paper will absorb some of the red light and reflect the rest, appearing a shade of purple where the two colors overlap. Since red and blue are complementary colors, the paper may also appear to have a grayish tint where the colors mix.
When you shine yellow light onto a green surface, the surface will absorb the yellow light and reflect green light. This is because the surface appears green due to its ability to reflect green light while absorbing other colors.
The paper containing red pigment will appear red when yellow light shines on it. This is because red pigment absorbs most colors of light except red, which it reflects. So, the red pigment on the paper will reflect red light and appear red when illuminated by yellow light.
To make green appear black, shine red light on it. Green absorbs red light, so when red light is shone on green, the green will appear black.
Shine the torch through the mixture. If the light passes through the mixture without scattering, it is likely a solution as the particles are small and do not block the light. If the light is scattered and the beam is visible, it is likely a colloid due to the larger particle size that causes light scattering.
If you shine a green light on a red cap, the cap will likely appear dark or black because red objects absorb green light and do not reflect it back to our eyes. This is due to the color mixing phenomenon where red and green cancel each other out.
The energy is absorbed by the paper. Technically, it heats the paper. But it would have to be quite a bright light before you'd notice the increase in temperature.
The paper appears dark because red light is absorbed by the blue pigment, not reflected. The blue pigment absorbs red light and reflects blue light, which is why the paper appears blue under white light.
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.
Light can shine through wax paper, as it is semi-translucent. However, construction paper is usually opaque and does not allow light to pass through.
A piece of paper cannot reflect light as effectively as a mirror because the surface of paper is rough and uneven, causing light to scatter in various directions instead of reflecting back in a focused manner. This scattering of light results in a dull or diffused appearance rather than a clear reflection.
When a green light is shone onto cyan paper, the paper will absorb some of the green light and reflect the rest. Since cyan is a combination of green and blue, the green light will combine with the reflected blue light from the paper, making it appear brighter and more vibrant.
Sure. Shine a flashlight on a piece of black satin or black construction paper, and watch the intensity of the blinding glare that's reflected back.
Most objects do not give off their own light; it has to reflect light to be seen. Shine a laser onto a mirror and hold a piece of paper up in front of the mirror, watch how the rays bounce from the laser to the mirror and off onto the paper.
it reflects
It is reflected
it runs away?
To create a beautiful piece of art using paper stained glass, start by cutting colorful tissue paper into small pieces. Then, apply a thin layer of glue to a piece of clear contact paper and arrange the tissue paper pieces on top. Once the paper is covered, seal it with another layer of contact paper. Finally, trim the edges and hang your paper stained glass in a window to let the light shine through and create a stunning effect.