Matching
During the light-dependent reactions in the thylakoid membrane, light energy is converted to ATP. Match the specified labels in the diagram with their corresponding functions.
Premises:
Which process is indicated by label 4?
Responses:
active transport of hydrogen ions to establish gradient
passive transport of hydrogen ions down a gradient
final acceptor of electrons
transfer of electrons between molecules
replacement of electrons by hydrolysis
release of electrons into the photosystem
enzymatic phosphorylation
Correct Answer:
Premises:
Responses:
active transport of hydrogen ions to establish gradient
passive transport of hydrogen ions down a gradient
final acceptor of electrons
transfer of electrons between molecules
replacement of electrons by hydrolysis
release of electrons into the photosystem
enzymatic phosphorylation
Premises:
active transport of hydrogen ions to establish gradient
passive transport of hydrogen ions down a gradient
final acceptor of electrons
transfer of electrons between molecules
replacement of electrons by hydrolysis
release of electrons into the photosystem
enzymatic phosphorylation
Responses:
Related Questions
Q2: Glycolysis takes place in _.<br>A) the cytoplasm<br>B)
Q19: Consider a glucose molecule that is completely
Q49: What powers the ATP synthase enzyme in
Q55: In animals, when ATP concentrations are high,
Q57: The net result of glycolysis is _.<br>A)2
Q68: The primary purpose of splitting the water
Q74: Cheese, yogurt, and buttermilk are produced by
Q78: The processes described below represent major
Q80: During the light-dependent reactions in the thylakoid
Q92: Light-independent reactions occur in the _.<br>A) cytoplasm<br>B)