A green leaf absorbs most colors of light except for green; it mainly absorbs red and blue light. The green color we see is reflected light, making the leaf appear green to our eyes.
Green leaves absorb most colors of light except for green. They mainly absorb red and blue wavelengths of light for photosynthesis, which is why they appear green to our eyes.
Since an object is observed as the color(s) it reflects, a green object absorbs all colors and reflects green.
It depends on the specific pigment, but generally pigments absorb colors that are complementary to the color they appear as. For example, chlorophyll absorbs mostly blue and red light, which is why plants appear green.
This answer is very scientific.You see, the only reason you see something is because light reflects off of it and into your eyes. Light in itself is what is call electromagnetic radiation.Light has what is called wavelength. this means that different wavelengths of light will have different properties. Simple right?Now, when light is in its basic form, it is all the wavelengths (colors) mixed together. However, when it hits some, a leaf for instance, some of those wavelengths (colors) are absorbed and some are reflected.When the light hits the leaf all the wavelengths (colors) but green are absorbed. The green light is reflected back into your eye, causing the leaf to appear green.--**Basicly**--all things absorb some colors and reflect some colors. leaves absorb everything but green light, and that green light is reflected back into your eye.Things that are white reflect all of the colors, while things that are black absorb all the colors.
Cyan absorbs red light. Red light is the opposite color of cyan in the additive color model, so cyan appears to us as a combination of blue and green light while absorbing red light.
Green leaves absorb most colors of light except for green. They mainly absorb red and blue wavelengths of light for photosynthesis, which is why they appear green to our eyes.
Since an object is observed as the color(s) it reflects, a green object absorbs all colors and reflects green.
No. Actually they ABSORB all colors of the visible spectrum except green and REFLECT green light.
Plants absorb different wavelengths of light for photosynthesis, but they do not absorb color in the same way humans perceive it. Plants appear green because they reflect green light and absorb other colors for energy production.
Since an object is observed as the color(s) it reflects, a green object absorbs all colors and reflects green.
If an object is white in sunlight it will be green in green light. A white object reflects all wavelengths (colors) of light that shine on it. If only green light shines on it, that color will be reflected and the object will look green.
Most terrestrial plants reflect the color green. The photosyntehtic parts of plants tend to absorb the color red.
Different plants absorb different colors. Even different parts of plants absorb different colors. The color you see the plant as is the color being reflected rather than absorbed by the plant.
The color of anything is either the color of the light that is reflected from it, or the light that is transmitted through it. The other colors in white light are absorbed. So, since we see leaves as green whether in reflected light or when light shines through them, green is the color which is NOT absorbed.
A green object absorbs all colors of light except for green. When white light, which contains all colors of the visible spectrum, hits the object, the green pigment in the object absorbs all colors except green, which is reflected off the object. This reflected green light is what we perceive with our eyes, giving the object its green color.
A lemon would appear green under green light because the object reflects the color of light that it does not absorb. In this case, a lemon's yellow color would absorb all other colors except green, which it would reflect.
Yes, the color green does absorb some heat from sunlight. However, green objects also reflect a significant amount of light and heat due to their color, which can make them feel cooler to the touch compared to darker colors that absorb more heat.