Dark colored cars absorb more heat from the sun because they are refractive rather than reflective. That is to say, dark colors - on a car or anything else - absorb heat, rather than reflecting it back the way light colors and white do.
White is a good reflector of heat therefore it will absorb less heat than a dark surface.
Dark colors such as Black or Blue absorb sunlight and heat much more than light colors such as white or yellow.Dark colours do not exactly absorb more heat, but they do convert a higher percentage of light into heat. If you notice when heading out in the sun with a dark coloured shirt it gets hot, where a lighter coloured shirt would not get nearly as hot. This is due to the amount of light being absorbed by the colour. The lighter the colour the smaller the range of visible light being absorbed and converted into heat.Read more: Why_does_a_dark_colour_absorb_more_heat_than_white
Technically, White is not a color ... However, white and light coloured surfaces tend to reflect light while black and dark coloured surfaces tend to absorb light.
Because it is a dark colour
She was dark coloured.
Black is dark coloured and white is light coloured
Sure you can add amounts of white paint to dark coloured paint to make it lighter the amount of white added determines shade of lighter colour
It will be in a dark colour or it may be invisible. If it is glow-in-the-dark then it will glow in the colour it is set to glow in the dark.
Dark colour clothes are worn in the winter to absorb sunlight and warm the wearer. For example, black absorbs the sunlight, as oppose to white, which reflects it.
Dark colour clothes are worn in the winter to absorb sunlight and warm the wearer. For example, black absorbs the sunlight, as oppose to white, which reflects it.
Dark colours do not exactly absorb more heat, but they do convert a higher percentage of light into heat. If you notice when heading out in the sun with a dark coloured shirt it gets hot, where a lighter coloured shirt would not get nearly as hot. This is due to the amount of light being absorbed by the colour. The lighter the colour the smaller the range of visible light being absorbed and converted into heat. White objects reflect all visible light, where black objects absorb all visible light. This is also why we call both dark coloured objects and poorly lit objects dark. While colour is a factor of light absorption, it is not the only factor. You will find that some dark objects remain cooler in direct sunlight then other lighter objects. This is due to the fact that there are other factors at play, maybe one material is a poorer insulator; possibly there is a shine to darker object, leading more light to be reflected as a result. But if all but the colour is the same, you will find that darker colours do become hotter when exposed to light.
Good absorbers of heat radiation are like basically materials which are dark in colour. Because for some reason they tend to absorb more radiation than light coloured materials.