Eukaryotic chloroplasts generate exactly how many product molecules, in their consumption of six substrate carbon dioxide molecules and twelve water molecules, during oxygenic photosynthesis? twelve C6H12O6 molecules, six H2O molecules, and three CO2 molecules are produced one C6H12O6 molecule, six H2O molecules, and six O2 molecules are produced six C6H12O6 molecules, three H2O molecules, and six CO2 molecules are produced twelve H2O molecules and six O2 molecules are produced six H2O molecules and twelve CO2 molecules are produced
Eukaryotic chloroplasts generate exactly how many product molecules, in their consumption of six substrate carbon dioxide molecules and twelve water molecules, during oxygenic photosynthesis? twelve C6H12O6 molecules, six H2O molecules, and three CO2 molecules are produced one C6H12O6 molecule, six H2O molecules, and six O2 molecules are produced six C6H12O6 molecules, three H2O molecules, and six CO2 molecules are produced twelve H2O molecules and six O2 molecules are produced six H2O molecules and twelve CO2 molecules are produced
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
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Eukaryotic chloroplasts generate exactly how many product molecules, in their consumption of six substrate carbon dioxide molecules and twelve water molecules, during oxygenic photosynthesis?
- twelve C6H12O6 molecules, six H2O molecules, and three CO2 molecules are produced
- one C6H12O6 molecule, six H2O molecules, and six O2 molecules are produced
- six C6H12O6 molecules, three H2O molecules, and six CO2 molecules are produced
- twelve H2O molecules and six O2 molecules are produced
- six H2O molecules and twelve CO2 molecules are produced
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The biological process by which the green plants, some algae, and bacteria are absorbing energy from the sunlight and convert it into chemical energy is called photosynthesis. This energy is used for the conversion of minerals, water, and CO2 into organic molecules with the release of oxygen into the atmosphere.
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