Blue and green are colors that absorb red light. This means that objects with a blue or green surface will appear to absorb red light and reflect the remaining visible wavelengths.
Because black is defined as the absorbtion of all colours (wavelengths.) The different frequencies which are different colours have an associated energy level to them. None are reflected when they hit a black surface and so that surface absorbed the energy. To contrast this, white is the opposite. It reflects wavelengths and so it doesn't absorb a lot of energy.
heeey, red cannot be made by other colours. this is because red is a primary colour (also blue and yellow) primary colours are colours that make other colours eg. red and yellow= orange the colours made out of primary colours are called secondry colours. so in addition if you need red you will have to go to the shops and buy some i hope that my answer was the answer you were looking for. bye xx Different Person: Don't listen to them, you can mix pink and orange to make red and purple and green to make blue and orange and lime green to make yellow, TRY IT!
Vermilion and Crimson. Most people think that no colours make red because red is a primary colour however you can make red.
Red absorbs cyan, green, and blue wavelengths.
red, yellow and blue are primary colours, if you mix them together you will get some of the secondary colours, then mix the secondary colours with secondary colours and so on...
No. Just the opposite, actually.
Black cars tend to absorb more heat compared to cars of other colors because black surfaces absorb more sunlight and therefore heat up more. The surface finish, whether shiny or dull, does not significantly affect the heat absorption of a black car.
A red light shined on a red surface will be mostly reflected, as red surfaces tend to reflect red light and absorb other colors. The surface may also absorb a small amount of the light, depending on its material properties.
Nope. The black surface absorbs all colours.
black, dark green, dark red, and other dark colors
They appear red and absorb all the other colours.
Black
Because black is defined as the absorbtion of all colours (wavelengths.) The different frequencies which are different colours have an associated energy level to them. None are reflected when they hit a black surface and so that surface absorbed the energy. To contrast this, white is the opposite. It reflects wavelengths and so it doesn't absorb a lot of energy.
more surface area to absorb oxygen
The reason why black absorbs more heat is because when light is split up into the seven colours, black objects seem to absorb them all. You will find that if you mix (red, orange, yellow, green, blue, indigo and violet) it will all come to the colour black. Whereas white, it reflects all the colours and does not absorb any.
The surface will look Red, because white reflects all colours and absorb none. If you hit a red light on, say, green then that would look black because green will absorb all the red but if it was a green light then it would look green. Every colour, except white, absorbs colours except itselves.
Red-coloured objects appear red because they reflect mostly red light. Thus, they must absorb most of the other colours of light. Since light carries energy, they are absorbing solar energy, which is, of course, why objects that are left in the sun get hot. Objects that are coloured black absorb all visible frequencies (colours) of light, which makes them appear dark, and also means they will absorb the most solar energy and heat up fastest in the sun.