The answer to your question is orange.
When you mix red and blue, you get magenta. When you shine a green light on magenta, the green light will be absorbed by the magenta, resulting in a dark color or black, depending on the intensity of the green light.
When you look at an object that reflects all visible light, you see the color of whatever light happens to be illuminating it at that moment. Examples: -- Hang a white bed-sheet on the wall. It appears to be the same color as the light from whatever flashlight you shine at it. -- You can demonstrate the same effect, somewhat less dramatically, with a sheet of white printer paper taped to the wall.
The white object will appear red because all colors of light are absorbed by the object except for red and cyan. The red light is reflected to our eyes, resulting in the object appearing red.
Light can shine through ice because ice is a transparent material, allowing light to pass through without being scattered or absorbed. The crystal structure of ice allows light to penetrate and travel through it, resulting in its semi-translucent appearance.
You would see that the lemon appears yellow when a green light is shined on it. Yellow is the color that the lemon reflects back to your eyes.
yellow
yellow
When you mix red and blue, you get magenta. When you shine a green light on magenta, the green light will be absorbed by the magenta, resulting in a dark color or black, depending on the intensity of the green light.
When you look at an object that reflects all visible light, you see the color of whatever light happens to be illuminating it at that moment. Examples: -- Hang a white bed-sheet on the wall. It appears to be the same color as the light from whatever flashlight you shine at it. -- You can demonstrate the same effect, somewhat less dramatically, with a sheet of white printer paper taped to the wall.
The white object will appear red because all colors of light are absorbed by the object except for red and cyan. The red light is reflected to our eyes, resulting in the object appearing red.
To make green appear black, shine red light on it. Green absorbs red light, so when red light is shone on green, the green will appear black.
blue
If the screen is actually white, it will absorb all light and appear black to your eye. If the screen appears white in normal light, all light will be reflected resulting in the combination of green and red (brown/yellow).
Unless it`s colored glass, it will still shine its original color.
Light can shine through ice because ice is a transparent material, allowing light to pass through without being scattered or absorbed. The crystal structure of ice allows light to penetrate and travel through it, resulting in its semi-translucent appearance.
Yellow. The light is 'additive' and not 'subtractive' like printed inks.
You would see that the lemon appears yellow when a green light is shined on it. Yellow is the color that the lemon reflects back to your eyes.