Cyan
When a blue light shines on a green object, the green object will absorb some of the blue light and reflect the remaining green light. This is because the green object absorbs light of complementary colors, in this case blue, and reflects light of its own color, green.
When a green light is shone onto cyan paper, the paper will absorb some of the green light and reflect the rest. Since cyan is a combination of green and blue, the green light will combine with the reflected blue light from the paper, making it appear brighter and more vibrant.
The cap is called 'green' because it absorbs all other colors of light, leaving only the green light to bounce from it to your eyes. If no green light shines on it, then there's no light to bounce from it to your eyes, and it appears black. If you only shine blue light on it, then there's no green light shining on it.
When white light shines through a green glass bottle, the bottle appears magenta because the glass absorbs most colors of light except for green, which it transmits. When green light mixes with the red and blue light that is not absorbed by the glass, it creates the perception of magenta.
The secret is explained by the titles "green jello" and "blue jello". Green jello is green because any color of light other than green light is absorbed by the jello, and the only light that remains free to scatter toward your eye is the green light. If no green light shines on it, no light at all will leave it, and you'll perceive it as black. Blue jello is blue because any color of light other than blue light is absorbed by the jello, and the only light that remains free to scatter toward your eye is the blue light. If no blue light shines on it, no light at all will leave it, and you'll perceive it as black. Any red light entering either of these quivering samples is absorbed, and nothing comes out the other side of either one.
When white light shines through a green glass bottle, the bottle absorbs most green wavelengths, leaving red and blue light to transmit through. This combination of red and blue light creates the perception of magenta. Magenta is a secondary color that is formed by the combination of red and blue light.
When green light is shined onto a blue surface the color that reflects back into your eye is a dark Greeny Brown this is because all of the other colours of the spectrum are absorbed.
When red light shines on a blue filter, the filter absorbs most of the red light while allowing some of the blue light to pass through. As a result, the light that is transmitted through the filter will appear blue.
blue
The paper will appear green to humans because the pigments present selectively absorb the wavelengths of red, yellow, and blue light, while reflecting the green light. Green is the color that is left to be detected by our eyes.
White light is made up of three colours; red, green and blue. If the shirt appears blue, then the shirt has absorbed any other colours (green and red) and reflected the blue, making the shirt appear blue. I hope this has helped :)
because, yellow and pink surfaces emit green and red light(pink) or green and blue for yellow. White light shines green, red an blue light. So they are all reflected, making the surface its color. Green lasers only emit green light so only the green is reflected so the surface looks green.