Below is another matching exercise. For each of the entries on the right, indica
ID: 226657 • Letter: B
Question
Below is another matching exercise. For each of the entries on the right, indicate all of the metabolic processes on the left that are applicable. Each question may have zero to many correct answers and each answer may be used as many times as necessary.
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Matching Exercise Statement Options Answer/s (a) Coenzymes are oxidized. (A) Electron Transport in Mitochondria (b) CO2 is generated. (B) The Krebs Cycle (c) ATP is generated. (C) Glycolysis (d) A H+ gradient is created. (D) The diffusion of H+ into the matrix of the mitochondrion. (e) Reduced coenzymes are produced. (f) ATP molecules are broken down into ADP and phosphate. (g) Oxygen is the terminal electron acceptor. 5) Below is another matching exercise. For each entries on the right, indicate al of the metabolic processes on the left that are applicable Each of the many correct answers and each answer may be used as many times as question may have necessary. (18 pts) a) Coenzymes are oxidized. A) Electron transport in mitochondria b) CO2 is generated B) The Kreb's Cycle c) ATP is generated C) Glycolysis d) A H+ gradient is created. D) The diffusion of H into the matrix of the mitochondrion. Reduced c are produced. ATP molecules are broken down into ADP and phosphate g) oxygen is the terminal electron acceptor.Explanation / Answer
A) Electron Transport in Mitochondria:
(g) Oxygen is the terminal electron acceptor. (d) A H+ gradient is created. (a) Coenzymes are oxidized.
(B) The Krebs Cycle
(b) CO2 is generated. (e) Reduced coenzymes are produced.
C) Glycolysis
(f) ATP molecules are broken down into ADP and phosphate. (e) Reduced coenzymes are produced.
(D) The diffusion of H+ into the matrix of the mitochondrion.
(c) ATP is generated.
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