Cells of Chlamydomonas appear green under a light microscope because green photons are reflected by chlorophyll or pass right through it. What is the biophysical reason why chlorophyll cannot absorb green light? O A. Green photons of light contain too much energy; absorption would result in the oxidation of chlorophyll. O B. Chlorophyll does absorb green light; the excited state just decays very rapidly with the energy being lost as heat. C. Chlorophyll lacks an excited state that matches the energy of a green photon. D. Green photons are too unstable to be absorbed by chlorophyll.
Cells of Chlamydomonas appear green under a light microscope because green photons are reflected by chlorophyll or pass right through it. What is the biophysical reason why chlorophyll cannot absorb green light? O A. Green photons of light contain too much energy; absorption would result in the oxidation of chlorophyll. O B. Chlorophyll does absorb green light; the excited state just decays very rapidly with the energy being lost as heat. C. Chlorophyll lacks an excited state that matches the energy of a green photon. D. Green photons are too unstable to be absorbed by chlorophyll.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Transcribed Image Text:Cells of Chlamydomonas appear green under a light microscope because green photons are reflected by chlorophyll or pass right through
it.
What is the biophysical reason why chlorophyll cannot absorb green light?
A. Green photons of light contain too much energy; absorption would result in the oxidation of chlorophyll.
B. Chlorophyll does absorb green light; the excited state just decays very rapidly with the energy being lost as heat.
C. Chlorophyll lacks an excited state that matches the energy of a green photon.
D. Green photons are too unstable to be absorbed by chlorophyll.
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