it is more specifically the atoms that make up a chemical or pigment that will determine the color that we see.
Each specific atom or combination of atoms has a specific frequency that it is allowed to emit or "reflect".
When the photonic or light energy is absorbed by the atoms that make up the paint, the electron shells of those atoms expand. Each atom will eventually pull the electron shells back in where they belong into their original place. When that happens, a specific amount of the absorbed energy is emitted or released by the atom.
That is the energy that we see.
The atoms that make up paint that we view as a dark color such as black, keep more energy than they give back. That is why they heat up faster, they are holding onto more energy.
The atoms that make up paint that we view as a light color such as white, give back more energy than they keep, this is why they feel cooler than darker colors and take longer to heat up.
So the answer to the question is that the atoms in white paint give away most of the energy that they absorb and emit that back to our eye which then absorbs and processes the energy.
White light is a mixture of many colors - basically, the color of the rainbow.
No. White light is a mixture of many colors. When you see a rainbow, you see the white light separated into its components.
the difference is that white light is a mixture of the seven spectrum colors but when refracted (separated by a transparent object) it splits again into seven colors striking at different angles that's why they look like one.one color above others.so the difference is that spectrum is a number of split colors striking at different angles but white light is the mixture of those colors.
light source
White light consists of a mixture of many different colors. Each color will have different interference patterns, making observation difficult.
White light is a mixture of many colors - basically, the color of the rainbow.
White light is a mixture of many colors - basically, the color of the rainbow.
no it is not it is a mixture of all the colors in the color spectrum
No. White light is a mixture of many colors. When you see a rainbow, you see the white light separated into its components.
Transparent... to most but in my imagination it a mixture of cool light colors :pwind doesn't have a colour
By mixing just three colors of light, red, green and blue, any color can be created. Cyan is a mixture of green and blue.
White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.White light is not "pure", in the sense that it is a mixture of different colors.
For viewing images on a screen or monitor the color mode is RGB. This is a light mixture that simulates all colors of the rainbow that are visible on a monitor, (256 colors).
the difference is that white light is a mixture of the seven spectrum colors but when refracted (separated by a transparent object) it splits again into seven colors striking at different angles that's why they look like one.one color above others.so the difference is that spectrum is a number of split colors striking at different angles but white light is the mixture of those colors.
light source
White light is a mixture of all the colors of the rainbow. When white light passes through raindrops refraction occurs; it changes direction - we see colors because the amount of refraction depends on the frequency (ie the color) of the light passing through the water - this process is called dispersion.
White light consists of a mixture of many different colors. Each color will have different interference patterns, making observation difficult.