According to Blackbody radiation, the darker the object the more light it will absorb. A perfect example is a radiometer, in a light bulb container, there is a thin pin pointing upwards in the middle of the bulb. Then, a little tube with the pin through it has four surfaces. Each surface has a white side and a dark side. If you put something that radiates heat, then it will spin. Since, one side absorb more radiation then the other side, on side is more denser. As a result, it spins.
When light hits a dark object it will eventually turn into heat and the object will turn warm.
When an object absorbs the light that hits it, the object appears dark.
The light gets reflected from the object and into your eyes so you can see
When all light that hits an object is absorbed by it the object appears black. Similarly we see a wight object when all light that hits the object gets reflected off it!!!!!
The light reflected and/or absorbed
The same with when a light hits a solid; the energy either gets reflected or absorbed. If light hits a dark colored solid, most of the light will be absorbed, and the black object will get warm.If light hits a light-colored solid, most of the light will be reflected, and the white object will stay cool.By the way, the same thing happens to both heat and light, because heat is a form of light; heat is also called infrared light.Further answerIt does depend somewhat on what form this heat is in. If it's radiation then the answer above is fine. But if it's in the form of say, hot air, then there won't be any reflection, just conduction of the heat from the air to the solid.
When an object absorbs the light that hits it, the object appears dark.
dark object absorb more light than light colors
The light gets reflected from the object and into your eyes so you can see
When all light that hits an object is absorbed by it the object appears black. Similarly we see a wight object when all light that hits the object gets reflected off it!!!!!
The light reflected and/or absorbed
"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.
There is no scientific term for what happens when light hits an opaque object I'm afraid to say.
The same with when a light hits a solid; the energy either gets reflected or absorbed. If light hits a dark colored solid, most of the light will be absorbed, and the black object will get warm.If light hits a light-colored solid, most of the light will be reflected, and the white object will stay cool.By the way, the same thing happens to both heat and light, because heat is a form of light; heat is also called infrared light.Further answerIt does depend somewhat on what form this heat is in. If it's radiation then the answer above is fine. But if it's in the form of say, hot air, then there won't be any reflection, just conduction of the heat from the air to the solid.
The same with when a light hits a solid; the energy either gets reflected or absorbed. If light hits a dark colored solid, most of the light will be absorbed, and the black object will get warm.If light hits a light-colored solid, most of the light will be reflected, and the white object will stay cool.By the way, the same thing happens to both heat and light, because heat is a form of light; heat is also called infrared light.Further answerIt does depend somewhat on what form this heat is in. If it's radiation then the answer above is fine. But if it's in the form of say, hot air, then there won't be any reflection, just conduction of the heat from the air to the solid.
It can be either reflected or absorbed. E.g. if the object is green, all the colours of light are absorbed except green. Green is reflected and not absorbed.
it might be reflect or absorb when it hits green color all clores absorbs but green refleccts
A shadow is formed when an object blocks light, creating a dark area behind it. Three factors that determine the size and shape of a shadow are the angle at which the light hits the object, the size of the light source, and the distance between the object and the light source.