QUESTION 41 Researchers discovered that carbon fixation in spinach leaves utilizes 45,000 molecules of ATP and 30,000 molecules of NADPH in an hour. The deficit in ATP required for carbon fixation is most directly made up for by which of the following processes? O substrate level phosphorylation mitochondrial electron flow O the chloroplast electron transport chain linear electron flow

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
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QUESTION 41
Researchers discovered that carbon fixation in spinach leaves utilizes 45,000 molecules of ATP and 30,000 molecules of NADPH in an hour. The deficit
in ATP required for carbon fixation is most directly made up for by which of the following processes?
O substrate level phosphorylation
mitochondrial electron flow
the chloroplast electron transport chain
linear electron flow
QUESTION 42
The most accurate description of Jan Baptista van Helmont's experimental findings is:
Matter transferred from soil and water account for most of a tree's mass
A tree's mass comes from matter transferred from air
O A tree's mass does not come from matter transferred from soil
A tree's mass does not come from matter transferred from water
Transcribed Image Text:QUESTION 41 Researchers discovered that carbon fixation in spinach leaves utilizes 45,000 molecules of ATP and 30,000 molecules of NADPH in an hour. The deficit in ATP required for carbon fixation is most directly made up for by which of the following processes? O substrate level phosphorylation mitochondrial electron flow the chloroplast electron transport chain linear electron flow QUESTION 42 The most accurate description of Jan Baptista van Helmont's experimental findings is: Matter transferred from soil and water account for most of a tree's mass A tree's mass comes from matter transferred from air O A tree's mass does not come from matter transferred from soil A tree's mass does not come from matter transferred from water
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