a leaf look green in sunlight as it has green colored pigment in it. When sunlight falls on it all other colors are absorbed by the leaf as sunlight for
photosynthesis and green color is reflected to our eyes and the leaf look green to us.
The chemical chlorophyll is responsible for a leaf's green color. Chlorophyll is important in the process of photosynthesis, which is how a plant uses sunlight to produce sugars for energy.
Chloroplasts in the cells of the leaf produce chlorophyll out of light which is a green chemical that makes food for the plant.
Chlorophyll also it reflects every color but green
Because Chlorophyl outnumber the Xanthophyl and others of other colors until fall.
green, which is a mixture of blue and yellow paints. It is also the absorption by the material of red and blue wavelengthsAnswer:Green can be a reflection from:White light reflecting from a surface coated with blue and yellow pigmentsGreen light ( a wavelength of about 510 nm) reflecting from a white surfaceCyan light reflecting from a blue absorbing surface
hazel
Light that is white contains all the colours. When the light hits the leaf, it absorbs all the colours apart from the green light which is reflected back out to your eyes. So you see the leaf as green.
The pigment chlorophyll is green, however, it is only one of a number of coloured pigments found in plant cells.The color of a plant leaf results from an interaction of different pigments produced by the plant. The main pigment classes responsible for leaf color are porphyrins, carotenoids, and flavonoids. The color that we perceive depends on the amount and types of the pigments that are present. Chemical interactions within the plant, particularly in response to acidity (pH) also affect the leaf color. See the color chart below for additional information.Pigment Class Compound Type Colors Porphyrin chlorophyll green Carotenoid carotene and lycopenexanthophyll yellow, orange, redyellow Flavonoid flavoneflavonolanthocyanin yellowyellowred, blue, purple, magenta
every color except green
Violet, blue, and red are the colors your eye responds to most when looking at a green leaf.
red, orange, and yellow but some leaves die and turn brown......or some just stay green
Because Chlorophyl outnumber the Xanthophyl and others of other colors until fall.
The chloroplasts in the leaf take up all colors of light for energy other than green, which is reflected. We only see the reflected light which makes leaves green.
green, which is a mixture of blue and yellow paints. It is also the absorption by the material of red and blue wavelengthsAnswer:Green can be a reflection from:White light reflecting from a surface coated with blue and yellow pigmentsGreen light ( a wavelength of about 510 nm) reflecting from a white surfaceCyan light reflecting from a blue absorbing surface
violet, blue, yellow, orange and red.
you can see the sun green in the forests because in the forest there are so many trees which make the sun look like in green color.
You see green because the chlorophyll absorbs all colors in the spectrum except green so that's why you see green (that's like 5th-7th grade stuff....)
We only see green because of how our brain perceives the color. However, I'm pretty sure that the chlorophyll (and if you didn't know, Chlor means green and phyll means leaf), absorbs blue and red of the electromagnetic spectrum the best. However, most of the green are usually just reflected, and thus, since our eyes can only see the reflected light, the leaf looks green
You can't catch Igglybuff in Leaf Green. You can only see it.
I'm not a botanist, but I would say that because of the chemical make-up of a tree leaf, almost all leaves are naturally green. The changing of the seasons is primarily what changes any leaf from its natural color.