Space looks black because for the most part it is empty - a vacuum. Space is in fact full of 'light' but without anything for that light to reflect/shine on to, it will appear black. Look at the Moon and you will only see the portion of it's surface bathed in light from the Sun, the rest will appear black (although even the dark side of the moon is actually faintly illuminated from distant stars).
"Black" means "no light". That's why a dark room looks black at niight.If an object really looks black, then you know that it must have absorbed any lightthat hit it, because there's none left to bounce from the object into your eyes.
Grass looks black in blue light, because blue is an opaque color and green color absorbs it
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.
it can be red and black or light brown and black
Because the distance the light travels through Earth's atmosphere is greater when we perceive the Moon to be on the horizon, and the atmosphere acts like a magnifying lens.
Anything that looks black.
This looks like a confusion with 186,000 MILES per second, which is the speed of light.
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 tire material absorbs more light.
That phenomenon is called refraction, where light bends as it passes from one medium to another, creating the appearance of broken or distorted images. This effect can be seen when light travels through materials of different densities, such as water or glass.
Most (or all) of it is absorbed.