Grass looks black in blue light, because blue is an opaque color and green color absorbs it
The cap is called 'green' because it absorbs all other colors of light, leaving only the green light to bounce from it to your eyes. If no green light shines on it, then there's no light to bounce from it to your eyes, and it appears black. If you only shine blue light on it, then there's no green light shining on it.
A blue hat looks black in a dark room because the lack of light prevents our eyes from perceiving its color. Colors are determined by the wavelengths of light that objects reflect; without sufficient light, the hat does not reflect enough blue wavelengths for our eyes to detect. Instead, it appears as a shade of black or gray, as the limited light makes it difficult to distinguish its true color.
A blue hat appears black in a dark room due to the lack of sufficient light to reflect its color. Colors are perceived based on the wavelengths of light they reflect; in low light, the blue wavelengths are not effectively visible, leading the brain to interpret the hat as black. Additionally, the human eye has difficulty distinguishing colors in dim lighting, further contributing to this effect.
BLACK because the apple absorbs the blue light and there would be no light to reflect.
White or neon colors tend to stand out and glow brightly under black light. Fluorescent colors such as neon pink, orange, green, and yellow are particularly effective for creating a glowing effect. Avoid wearing dark colors like black or navy blue as they will not react to the black light.
The reason we call a blue filter a "blue filter" is that it looks blue. The reason it looks blue is that blue light is the only kind of light that can go all the way through it. Any other color of light gets absorbed in the dyes between the layers of the filter, and never comes out the other side. If you shine red light at one side of a blue filter, the other side of the filter looks dark, as if nothing is shining through it. And if you look at a 'red' sweater through a blue filter, the sweater looks black.
Black because if a red light reflects off the blue surface there is no reflection, so the surface looks black.
Black because if a red light reflects off the blue surface there is no reflection, so the surface looks black.
the sky is natrally dark and clear, but in the light it looks blue. It does this because of the reflactions of the Earth, sun, and moon! I wish it was green, though. And the grass would be blue!
during day: when light comes , the blue colour is scattererd the most(rayleigh's law) as it has the least wavelength. so sky is blue in day time. in night there is no light so scattering so as a result black in colour.
Light blue and black do not create a new color when combined. The black color will likely overpower the light blue, resulting in a darker shade of blue with black undertones.
The cap is called 'green' because it absorbs all other colors of light, leaving only the green light to bounce from it to your eyes. If no green light shines on it, then there's no light to bounce from it to your eyes, and it appears black. If you only shine blue light on it, then there's no green light shining on it.
black and it looks blue when a light would be shown on it
The sky looks blue to the human eye even though it is made up of many different colors. It looks blue because of the different types of gases it is made of. The grass can also be many different colors but the most common color is a deep green. The grass can also be a light green, yellow, and brown. The clouds appear to be white, and can also be gray or very dark gray that looks almost black. We sometimes will see purple clouds right before tornados. Clouds can also look purple, orange, and red when the sun is setting or rising.
well, basiclly all of them the pink looks good the light blue is very pretty and black is sharp so its really your choice
A blue hat looks black in a dark room because the lack of light prevents our eyes from perceiving its color. Colors are determined by the wavelengths of light that objects reflect; without sufficient light, the hat does not reflect enough blue wavelengths for our eyes to detect. Instead, it appears as a shade of black or gray, as the limited light makes it difficult to distinguish its true color.
in blue light a apple is black !