it does backflips
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.
If you shine a green light on a red cap, the cap will likely appear dark or black because red objects absorb green light and do not reflect it back to our eyes. This is due to the color mixing phenomenon where red and green cancel each other out.
The paper containing red pigment will appear red when yellow light shines on it. This is because red pigment absorbs most colors of light except red, which it reflects. So, the red pigment on the paper will reflect red light and appear red when illuminated by yellow light.
This is only with light, if you shine red, blue and green ( the primary colours) at the same spot you will get white. But if you mix red, blue and yellow (the paint primary colours) you will get a brown, purpley colour.
Gold is a bright, yellow metal with a lustrous shine. It is dense, malleable, and ductile, making it ideal for jewelry and currency. Over time, gold can develop a patina or tarnish, but it can be easily polished to restore its original shine.
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 shine a green light on a green object, the object will reflect the green light and appear brighter or more vivid in color. Green objects absorb most of the other colors of light and reflect green light, so they will be most visibly affected by green light.
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.
The white screen will appear yellow because when red light and green light shine on a white surface, they combine to create yellow light. This is because red and green are complementary colors that combine to create yellow.
When green and red light shine on a green leaf, the green light is mostly absorbed by chlorophyll for photosynthesis. The red light is less efficiently absorbed, so some is reflected back, leading to the leaf appearing green to our eyes.
Yellow. The light is 'additive' and not 'subtractive' like printed inks.
When you shine yellow, magenta, and cyan lights onto a white screen at the same spot, they combine to produce white light. This is because yellow is made of red and green light, magenta is made of red and blue light, and cyan is made of green and blue light. When all three colors overlap, the red, green, and blue components mix together, resulting in white. This additive color mixing demonstrates how different colors of light can combine to create a new color.
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.
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).
When green light shines on a green leaf, the leaf absorbs most of the green light and reflects some of it, giving the leaf its green color. Red light is not absorbed as efficiently by the leaf, so it gets reflected, making the leaf appear green under white light.