Question

1. a)Describe the structure of an ATP molecule. b)How does its structure relate to the large amounts of free energy it contains? c)Describe the process of ATP hydrolysis. 2. Write the overall chemical equation for each process and also compare the locations of each process in prokaryotes and eukaryotes. a) Glycolysis b) Pyruvate oxidation c) Krebs cycle 3. How does electron transport chain produce ATP? What is the driving force? 4. Differentiate between the two types of cellular respiration. 5. a)What is the difference between fermentation and glycolysis? b) Compare aerobic respiration and fermentation in terms of the amount of ATP that can be generated from a single glucose molecule.

          1. a)Describe the structure of an ATP molecule.
b)How does its structure relate to the large amounts of free energy it contains?
c)Describe the process of ATP hydrolysis.
2. Write the overall chemical equation for each process and also compare the locations of
each process in prokaryotes and eukaryotes.
a) Glycolysis
b) Pyruvate oxidation
c) Krebs cycle
3. How does electron transport chain produce ATP? What is the driving force?
4. Differentiate between the two types of cellular respiration.
5. a)What is the difference between fermentation and glycolysis?
b) Compare aerobic respiration and fermentation in terms of the amount of ATP that
can be generated from a single glucose molecule.

1. a)Describe the structure of an ATP molecule.
b)How does its structure relate to the large amounts of free energy it contains?
c)Describe the process of ATP hydrolysis.
2. Write the overall chemical equation for each process and also compare the locations of
each process in prokaryotes and eukaryotes.
a) Glycolysis
b) Pyruvate oxidation
c) Krebs cycle
3. How does electron transport chain produce ATP? What is the driving force?
4. Differentiate between the two types of cellular respiration.
5. a)What is the difference between fermentation and glycolysis?
b) Compare aerobic respiration and fermentation in terms of the amount of ATP that
can be generated from a single glucose molecule.

Added by Stacey M.

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