plants use red and blue light for photosysnthesis, green is reflected back by the chloroplasts in the leaves - green light is therefore not used for photosysnthesis
Green
Plants use light to produce oxygen which we breath.
Plant cells contain organelles called chloroplasts, which contain pigments which absorb and reflect varying colors within the spectrum of visible light. The pigments in green plants absorb all colors of the visible light spectrum, except for green, which is reflected, giving the green color we see. The color of plants is dictated by which colors of the spectrum are reflected by the pigments in that particular plant's chloroplasts.
Pigments absorb certain colors of light, and reflect others. For example, chlorophyll is the pigment in plants which absorbs red and violet light, and relects green. This is why many plants appear green.
The wavelengths of light that contain the most energy that plants can use are blue.
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plants use red and blue light for photosysnthesis, green is reflected back by the chloroplasts in the leaves - green light is therefore not used for photosysnthesis
use dark colors for background and then use a light colors for the front of it.
Red mostly. Leaves appear green to us because plants don't use it and reflect it away.
yes
The color of a light does affect a plants growth. Plants absorb certain colors of light better than others, and, essentially, the more light a plant can absorb, the more it can grow.
Anthocyanin is a pigment in some plants (like blueberries) that absorbs all other colors of light in the light spectrum and reflects blue light.
The light you see outside does not look like it, but it contains all of the colors of the rainbow.so plants take in the frequency of which it takes in.
yes it would. plants absorb different colors of light better than others. the more light plants absorb, the more they grow. certain colors let in more light energy for the plant.
This could refer to the colors that are made to use with a black light. Colors that glow under a black light.
If white light is shined through a prism, it will be dispersed into colors.