During photosynthesis, the surplus food generated by the plant is stored within the ground tissue.
1) The synthesis of ATP occurs in the mitochondria of eukaryotic cells. (Although most ATP is generated there, it is not completely exclusive to that location.) 2) ADP is converted back to ATP through phosphorylation. (Phosphorylation refers to the addition of a phosphate group.) 3) The energy is kept in the covalent bonds that connect phosphates, with the bond between the second and third phosphate groups holding the most energy.
Answer:
C) Na+ ions leaving the cell
Explanation:
- The expulsion of Na+ ions from the cell necessitates the hydrolysis of ATP, a process known as active transport.
- Active transport entails moving substances against their concentration gradient by utilizing energy derived from the hydrolysis of ATP.
- This active transport mechanism utilizes ATP energy to transport ions either into or out of the cell.
Answer: C) Pepsin will probably NOT react with sugar glucose since it is an enzyme that breaks down protein. This is due to the specificity of the enzyme to its substrate, where pepsin only targets proteins and converts them into peptides. No matter where the reaction occurs, the enzyme's function is limited to its designated substrate. Therefore, reacting pepsin with glucose would yield no results.
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