Any light that does not contain the primary color red will make the sheet of paper look black. (for example green, blue, cyan,... but not yellow, violet,...)
This is because the surface of the sheet is such that it absorbs all the colors of white light except red which is reflected and which is why it appears red in white light.
A red sheet of paper will appear black when illuminated with cyan light, which is the complementary color of red. When the paper is exposed to cyan light, it absorbs all the complementary color wavelengths and reflects none, making it appear black.
A sheet of red paper will look black when illuminated with green light. This is because red paper absorbs green light, preventing any reflection of light that would allow us to see the red color.
A black sheet of paper has the lowest albedo among the options given. Albedo refers to how much light a surface reflects, and black surfaces absorb more light, reflecting less back. The white sheet of paper would have a higher albedo due to its ability to reflect more light.
Black paper absorbs more heat because it has a darker color, which means it absorbs more light energy. Light energy is converted into heat energy when it is absorbed by an object. The dark color of black paper allows it to absorb more light across different wavelengths, resulting in more heat absorption compared to lighter-colored paper.
A combination of red, green, and blue light on a white sheet of paper would create white light. This is because white light is produced when all three primary colors of light are combined in equal intensities.
A red sheet of paper will appear black when illuminated with cyan light, which is the complementary color of red. When the paper is exposed to cyan light, it absorbs all the complementary color wavelengths and reflects none, making it appear black.
A sheet of red paper will look black when illuminated with green light. This is because red paper absorbs green light, preventing any reflection of light that would allow us to see the red color.
A black sheet of paper has the lowest albedo among the options given. Albedo refers to how much light a surface reflects, and black surfaces absorb more light, reflecting less back. The white sheet of paper would have a higher albedo due to its ability to reflect more light.
A black sheet of paper has the lowest albedo because it absorbs most of the light that hits it, reflecting very little back. Albedo is the measure of how much light is reflected by a surface, with higher albedo indicating more reflection.
Black paper absorbs more heat because it has a darker color, which means it absorbs more light energy. Light energy is converted into heat energy when it is absorbed by an object. The dark color of black paper allows it to absorb more light across different wavelengths, resulting in more heat absorption compared to lighter-colored paper.
will appear black
The surface of a body of water generally has the lowest albedo among the options provided. Albedo measures the reflectivity of a surface, and water can absorb a significant amount of light, especially at certain angles. In contrast, a black sheet of paper has a low albedo but reflects more light than water, while a white sheet of paper and a mirror have high albedos.
A combination of red, green, and blue light on a white sheet of paper would create white light. This is because white light is produced when all three primary colors of light are combined in equal intensities.
"No, actually blue ink tends to be easier to read then black. If you are writing on a sheet of paper with a letter face or an application chances are that the print is in black, blue ink, therefore, being easier to read. On a plain sheet of paper this is also true for blue ink because it is a color, and the human brain is stimulated by color. This causes your eyes to see blue ink easier then black."
The paper appears black. -- The paper is called "green" because it absorbs any light that isn't green, and reflects only green light to the observer. -- The filter is called "red" because it absorbs any light that isn't red, and transmits only red light through to the other side. -- There's no red light shining from the paper into the filter, so there's no light leaving the filter. The paper appears black.
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.
THE GRASS WAS YELLOW UNDERNEATH THE BLACK SHEET OF PLASTIC BECAUSE IT HAD NO WARTER AIR OR LIGHT TO SURVIVE.THE GRASS WAS YELLOW UNDERNEATH THE BLACK SHEET OF PLASTIC BECAUSE IT HAD NO WARTER AIR OR LIGHT TO SURVIVE.THE GRASS WAS YELLOW UNDERNEATH THE BLACK SHEET OF PLASTIC BECAUSE IT HAD NO WARTER AIR OR LIGHT TO SURVIVE.