When blue light is shone on a white surface, the surface reflects the blue light while absorbing other colors present in the light spectrum. This selective reflection results in the perception of the white color.
When a yellow light is shone on a white surface, the surface reflects mostly yellow light and absorbs other colors. This makes the surface appear yellow because it is reflecting predominantly yellow light back to our eyes, giving the illusion of a yellow color instead of white.
White light is visible when all colors of light are combined. This can be demonstrated through experiments like passing white light through a prism, which separates it into the visible spectrum of colors. Additionally, when white light is shone on a white surface, it reflects all colors equally, appearing as white.
The blue surface absorbs most colors of white light except for blue, which is reflected. This reflected blue light is what we perceive with our eyes as the color blue.
Because white light is made up of all the colors of the spectrum, and an object that appears red in color is simply reflecting the color red, a white object refects all the colors of the spectrum while black objects reflect no colors at all.
When light hits a white surface, the surface reflects most of the light that strikes it. This high reflectivity causes the surface to appear bright and white to our eyes. This is because white surfaces reflect all visible wavelengths of light equally, resulting in a neutral color appearance.
It reflects back and a small amount is absorbed into its reflective surface.
The white light splits into a spectrum.the original colors will appear. This is referred as REFRACTION.
When a yellow light is shone on a white surface, the surface reflects mostly yellow light and absorbs other colors. This makes the surface appear yellow because it is reflecting predominantly yellow light back to our eyes, giving the illusion of a yellow color instead of white.
It splits into the colours that make it up, so white light makes a rainbow, and different colours produce different results.
White light is visible when all colors of light are combined. This can be demonstrated through experiments like passing white light through a prism, which separates it into the visible spectrum of colors. Additionally, when white light is shone on a white surface, it reflects all colors equally, appearing as white.
blue
The blue surface absorbs most colors of white light except for blue, which is reflected. This reflected blue light is what we perceive with our eyes as the color blue.
It is the refraction of white light being shone through a glass prism, or a raindrop, that separates the white light into the colours of the rainbow.
Because white light is made up of all the colors of the spectrum, and an object that appears red in color is simply reflecting the color red, a white object refects all the colors of the spectrum while black objects reflect no colors at all.
When light hits a white surface, the surface reflects most of the light that strikes it. This high reflectivity causes the surface to appear bright and white to our eyes. This is because white surfaces reflect all visible wavelengths of light equally, resulting in a neutral color appearance.
red
It looks red.