Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes: (1) Which provides ATP fastest? (2) That does not require that oxygen be available? (3) Which provides the highest yield of ATP per glucose molecule? (4) Which results in the formation of lactic acid? (5) Which has carbon dioxide and water products? (6) Which is most important in endurance sports?

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Answer 1

Question

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

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Answer 2

Question

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

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Answer 3

Question

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

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Answer 4

Question

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

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Answer 5

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

Answer 6

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

Answer 7

Chapter 9, Problem 9MC

Summary Introduction

To determine:

Match the different mode of ATP synthesis (a) a coupled reaction of creatin phosphate with ADP (b) aerobic respiration of glucose (c) anaerobic glycolysis during muscle contraction with the following processes:

(1) Which provides ATP fastest?

(2) That does not require that oxygen be available?

(3) Which provides the highest yield of ATP per glucose molecule?

(4) Which results in the formation of lactic acid?

(5) Which has carbon dioxide and water products?

(6) Which is most important in endurance sports?

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 9 - Prob. 1MC Ch. 9 - 2. A fascicle is a (a) muscle, (b) bundle of...Ch. 9 - 3. Thick and thin myofilaments have different...Ch. 9 - 4. The function of the T tubules in muscle...Ch. 9 - 5. The sites where the motor nerve impulse is...Ch. 9 - 6. Contraction elicited by a single brief stimulus...Ch. 9 - 7. A smooth, sustained contraction resulting from...Ch. 9 - 8. Characteristics of isometric contractions...Ch. 9 - 9. During muscle contraction, ATP is provided by...Ch. 9 - 10. The neurotransmitter released by somatic motor...

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