Let me guess this is for Ms.V's class. Well it is because of how the pigment absorbs and reflects light.
Because there are much more chlorophyll which make them green than green and orange pigments.
the major photosynthetic pigments are green chlorophyll and yellow and green pigments where as yellow and green divide into carotenoid and xanophyll
Blue-green. Most plants appear green because they do no absorb green pigments.
A yellow-green alga is an alga of the class Xanthophyceae, which contain both yellow pigments and chlorophyll.
chlorophyll. It appears to be green but is truly yellow-orange in color.
Dogs can see some pigments and not others. It is very much like red/green colorblindness: they can see blue and yellow, but red and green appear grayish to them.
Because there are much more chlorophyll which make them green than green and orange pigments.
the major photosynthetic pigments are green chlorophyll and yellow and green pigments where as yellow and green divide into carotenoid and xanophyll
Yellow and blue pigments produce green.
Green.
A yellow-green alga is an alga of the class Xanthophyceae, which contain both yellow pigments and chlorophyll.
Blue-green. Most plants appear green because they do no absorb green pigments.
A yellow-green alga is an alga of the class Xanthophyceae, which contain both yellow pigments and chlorophyll.
Green
You may be thinking of Xanthophylls. Xanthophylls are the typical yellow pigments of leaves. There is also an orange pigment, a blue-green pigment, a yellow-green pigment, a gray-brown pigment and a yellow-brown pigment. Those pigments have different names, such as Carotene (orange), Chlorophyll a (blue-green), Chlorophyll b (yellow-green), Phaeophytin a (gray-brown), and Phaeophytin b (yellow-brown).
chlorophyll. It appears to be green but is truly yellow-orange in color.
There are three pigments that are found in a geranium leaf. The three pigments are chlorophyll a, chlorophyll b, and carotenoids.