. At this point, the cells of the apple leaf have captured the energy of the sun in molecules of NADPH and ATP, but so far they have made no sugar. The NADP and ATP are used, and sugar is made, in the _____ cycle, the second portion of _____ that takes place in the _____ of the chloroplast, around the thylakoids. Using carbon from ______ obtained from the air, energy from _____, and hydrogen and high energy electrons carried by _____, the enzymes of the Calvin cycle construct _____, a high-energy sugar molecules. In a series of steps, these molecules are combined to form the important six-carbon sugar _____ and other organic compounds, in the leaves and in other parts of the plant. The cellulose that gives an apple its texture and the sugar that gives it its sweet taste are made from the glucose made in photosynthesis. In your intestine, the sugar enters your blood and is transported to your body cells. There the chemical pathways of cellular _____ release the energy in the sugar molecules and use it to build _____ , which is in turn used to power cellular work. Energy from the sun, captured by the apple, and passed on to you, enables you to see, move and to think about this amazing stor
. At this point, the cells of the apple leaf have captured the energy of the sun in molecules of NADPH and ATP, but so far they have made no sugar. The NADP and ATP are used, and sugar is made, in the _____ cycle, the second portion of _____ that takes place in the _____ of the chloroplast, around the thylakoids. Using carbon from ______ obtained from the air, energy from _____, and hydrogen and high energy electrons carried by _____, the enzymes of the Calvin cycle construct _____, a high-energy sugar molecules. In a series of steps, these molecules are combined to form the important six-carbon sugar _____ and other organic compounds, in the leaves and in other parts of the plant. The cellulose that gives an apple its texture and the sugar that gives it its sweet taste are made from the glucose made in photosynthesis. In your intestine, the sugar enters your blood and is transported to your body cells. There the chemical pathways of cellular _____ release the energy in the sugar molecules and use it to build _____ , which is in turn used to power cellular work. Energy from the sun, captured by the apple, and passed on to you, enables you to see, move and to think about this amazing stor
Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter8: Photosynthesis
Section: Chapter Questions
Problem 3VCQ: Figure 8.18 Which of the following statements is true? In photosynthesis, oxygen, carbon dioxide,...
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2. At this point, the cells of the apple leaf have captured the energy of the sun in molecules of
NADPH and ATP, but so far they have made no sugar. The NADP and ATP are used, and sugar is made,
in the _____ cycle, the second portion of _____ that takes place in the _____ of the
chloroplast, around the thylakoids. Using carbon from ______ obtained from the air, energy from
_____, and hydrogen and high energy electrons carried by _____, the enzymes of the Calvin
cycle construct _____, a high-energy sugar molecules. In a series of steps, these molecules are
combined to form the important six-carbon sugar _____ and other organic compounds, in the
leaves and in other parts of the plant.
The cellulose that gives an apple its texture and the sugar that gives it its sweet taste are
made from the glucose made in photosynthesis. In your intestine, the sugar enters your blood and is
transported to your body cells. There the chemical pathways of cellular _____ release the energy
in the sugar molecules and use it to build _____ , which is in turn used to power cellular work.
Energy from the sun, captured by the apple, and passed on to you, enables you to see, move and to
think about this amazing story.
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