Anerobic Glycolysis

What is produced during the energy production phase of anaerobic glycolysis?

• Two molecules of ATP and two molecules of lactate

• Two molecules of ATP and two molecules of hydrogen ions

• Two molecules of ATP and two molecules of pyruvate

• Two molecules of ATP and two molecules of glucose

What is the role of anaerobic glycolysis in exercise?

• To produce ATP and lactic acid

• To produce oxygen and carbon dioxide

• To produce glycogen and glucose

• To produce carbon dioxide and water

What physical changes occur with regular training in anaerobic glycolysis?

• Increased glycogen storage, increased enzyme activity, improved lactic acid removal

• Decreased glycogen storage, decreased enzyme activity, impaired lactate clearance

• Increased glycogen storage, decreased enzyme activity, impaired lactate clearance

• Decreased glycogen storage, increased enzyme activity, improved lactate clearance

What are the stages of anaerobic glycolysis?

• Glycogen breakdown, energy production, lactate formation

• Glucose breakdown, energy production, lactic acid build up

• Glycogen breakdown, energy consumption, lactate formation

• Glucose breakdown, energy consumption, lactate formation

Why is anaerobic glycolysis important in high-intensity exercise?

• It provides a rapid source of ATP when oxygen supply is limited
• It is the only energy system used during high-intensity exercise
• It produces more ATP than aerobic energy systems
• It provides a slow and steady source of ATP

What is anaerobic glycolysis?

• The breakdown of fatty acids for energy

• The breakdown of pyruvate into lactate

• The breakdown of glucose or glycogen

• The breakdown of amino acids for energy

What is the relationship between anaerobic glycolysis and muscle fatigue (tiredness)?

• Anaerobic glycolysis has no effect on muscle fatigue

• The build up of lactic acid in the muscle can contribute to muscle fatigue

• Muscle fatigue is caused by the breakdown of glycogen

• Anaerobic glycolysis delays the onset of muscle fatigue

What is the relationship between anaerobic glycolysis and improved athletic performance?

• Improved athletic performance is solely dependent on aerobic energy systems
• Regular training in anaerobic glycolysis can enhance performance
• Anaerobic glycolysis has no effect on athletic performance
• Anaerobic glycolysis decreases athletic performance