Pluto is not a planet anymore, but the sky would be black
Since blue objects absorb the green light, the objects appear black.
Glaciers can appear to be white, blue, or even black. They can look white when covered in snow, blue due to ice compression, or black from debris and sediment.
The gases in the atmosphere
blue with white things
Pluto is not inherently dark, but its surface does reflect only about half as much sunlight as Earth's. This low reflectivity, combined with its distance from the Sun, makes Pluto appear quite dim and cold compared to other planets in our solar system.
the tomato would appear black.
A yellow filter would absorb blue light, making a blue object appear black in a black-and-white photograph.
A cyan stage light would make the red shirt appear black because cyan is the complementary color of red. A yellow stage light would make the blue pants appear black because yellow is the complementary color of blue.
Black, because the blue light would be absorbed into the object's pigment and as there is no green light to reflect, the object would appear black.
A white car would appear black under blue light, as the pigments in the white paint do not reflect blue light and therefore absorb it, creating the appearance of black.
A red ball would appear black in blue light because red objects absorb blue light and reflect little to no light of that wavelength. This causes the red object to not reflect any light back to our eyes, leading us to perceive it as black in blue light.
A blue book would appear more black or dark in a red light because the red light would overpower the blue color, making it difficult to distinguish other colors.
blue
The color of the sky on earth would still appear blue but the "sky" around you would be black
A red rose would appear darker and less vibrant under blue light due to the interaction between the blue light and the red pigments in the rose petals. The blue light would not enhance the red color of the rose, making it appear different from how it looks under white light.
A blue object appears black when illuminated with light because it absorbs most of the light that hits it, including the blue light that gives it its color. This absorption of light prevents the object from reflecting enough light to appear blue, making it appear black instead.
You could use a yellow filter to absorb blue light, making the blue object appear black since no blue light would reflect off of it.